Exhaled air purification unit and system for indoor multi-person venues or environments

ABSTRACT

An air management system for a common indoor room or space that comprises a plurality of air outflow apertures or vents, a plurality of air curtains having at least a portion of the air curtains separated from one another, a plurality of separated air suction intakes, and an air sterilization and/or air cleaning mechanism.

CROSS-REFERENCE TO RELATED APPLICATIONS

The present application is a continuation of and relies on thedisclosures of and claims priority to and the benefit of the filingdates of U.S. application Ser. No. 18/088,218, filed Dec. 23, 2022,which relies on the disclosures of and claim priority to and the benefitof the filing date of U.S. application Ser. Nos. 17/857,007, filed Jul.3, 2022, and 17/722,981, filed Apr. 18, 2022, now U.S. Pat. No.11,471,553, issued Oct. 18, 2022, which rely on the disclosures of andclaim priority to and the benefit of the filing date of U.S. applicationSer. No. 17/331,239, filed May 26, 2021, now U.S. Pat. No. 11,324,850,issued May 10, 2022, which relies on the disclosures of and claimspriority to and the benefit of the filing dates of the following U.S.Provisional Patent Applications:

-   -   U.S. Appl. No. 63/029,956, Microbe Protection Systems, filed May        26, 2020;    -   U.S. Appl. No. 63/031,321, Microbe Protection Modules, filed May        28, 2020;    -   U.S. Appl. No. 63/046,430, Air Suction Sterilization Elevator        Car, filed Jun. 30, 2020;    -   U.S. Appl. No. 63/048,877, Vehicle Microbe Protection System,        filed Jul. 7, 2020;    -   U.S. Appl. No. 63/050,253, Advanced Air Suction Sterilization        Elevator Car, filed Jul. 10, 2020;    -   U.S. Appl. No. 63/051,309, Advanced Vehicle Microbe Protection        System, filed Jul. 13, 2020;    -   U.S. Appl. No. 63/060,009, Advanced Air Suction Air        Sterilization Protection System, filed Aug. 1, 2020;    -   U.S. Appl. No. 63/063,727, Advanced Microbe Trap and Face Mask,        filed Aug. 10, 2020;    -   U.S. Appl. No. 63/125,701, Advanced Air Purification System for        Multi-Person Environment, filed Dec. 15, 2020;    -   U.S. Appl. No. 63/149,581, Multi-person Venue Air Purification        System, filed Feb. 15, 2021;    -   U.S. Appl. No. 63/156,598, Air Handling Purification System,        filed Mar. 4, 2021;    -   U.S. Appl. No. 63/158,983, Air Handling Purification System,        filed Mar. 10, 2021;    -   U.S. Appl. No. 63/173,443, Recessed Personal Air Purifier for        Backside of Seat Back, filed Apr. 11, 2021; and    -   U.S. Appl. No. 63/182,964, Personal Air Purification Unit and        System, filed May 2, 2021.

The disclosures of all the above applications are hereby incorporated byreference herein in their entireties.

BACKGROUND Field of the Invention

The present invention is directed to an air purification unit and/orsystem providing the ability to capture, isolate, transport, and/ordestroy airborne pathogens and contaminants faster than currentlyavailable HVAC systems, HVAC purification systems, and/or HVAC airhandling systems, permit. The present invention further includes thecollection and analysis of an individual's exhaled air with the endpoint of identifying potential health abnormalities associated with theindividual whose exhaled air was analyzed/screened.

Description of the Related Art

Aerosol spray which transports viruses, including coronavirus (“COVID”),occurs from a human exhaled breath, talking, shouting, coughing, andsneezing. The louder the noise the human makes with his or her voice,lungs, throat, or mouth generally the farther the viral or bacterialaerosol is moved in the air. Recent studies show that an aerosolcomprising viral float can remain airborne for up to 15 minutes in aclosed confined environment. Research studies have showed that singing,yelling, coughing, and sneezing can spread COVID aerosol up to 3+meters.COVID 19, COVID variants, corona virus, measles, mumps, SARS, smallpox,common colds, influenza, and tuberculosis are examples of pathogens thatcan be spread by way of being airborne. Closed confined multi-seatedindoor environments are extremely vulnerable to coronaviral spread.There is a need to provide a mechanism whereby individuals can safely beseated within such environments. This applies to all such multi-seatedvenues such as, by way of example only, vehicles (land, sea and air)(e.g., aircraft, airplanes, jets, boats, ships, cars, automobiles,trucks, trains, subways, buses, etc.), theaters (e.g., auditoriums,educational, sports, performing arts, cinema, etc.), and houses ofworship (e.g., churches, synagogues, temples, etc.).

SUMMARY

The present invention relates to all types of multi-seated indoorenvironments or venues where one or more chairs, seats, or benches arepositioned in front or behind one another. In one embodiment of thepresent invention, an air purification system is provided for allmulti-seated indoor or enclosed venues, which includes an exhaled aircollector that can be integral with a seat, attached to a seat, orlocated free standing, separated, and behind a seat. In otherembodiments of the present invention, an air purification unit includesan air purification chamber combined with the exhaled air collector,which can also be integral with the seat, attached to the seat, orlocated free standing, separated, and behind the seat. In aspects, theair purification chamber can be remote from but connected to the exhaledair collector, such as connected by a conduit, or directly adjacent andattached thereto. In embodiments of the present invention, the conduitmay include, by way of example only, a tube, corridor, channel, ortunnel-like structure. The conduit can be remote from the chair. Theconduit can be one of: located within the chair, attached to the chair,or separated from the chair. The conduit can be comprised of anymaterial, such as, by way of example only, plastic, metal, polymer,rubber, glass, or ceramics. The conduit can be an air suction conduit.The conduit can be that of the material of the chair that forms a tunnelor channel inside of or connected to a chair. The conduit can connectone or multiple exhaled air collectors to one or more remote airpurification chambers, thereby creating a networked and connected airpurification system. The conduit can connect the air purificationchamber of an air purification unit to the air purification unit'sexhaled air collector. The conduit can move exhaled air through or alonga chair and towards the floor of a vehicle or aircraft cabin, inaspects.

In embodiments of the present invention, an air purification system maycomprise a plurality of exhaled air collectors networked to one or moreremote air purification chambers. An air purification unit may comprisean exhaled air collector and an air purification chamber.

As used herein an airborne particulate can be that of, but is notlimited to, a virus, bacteria, fungus, pathogen, or contaminant. As usedherein a pathogen can include bacteria, fungi, protozoa, worms, viruses,and even infectious proteins called prions. As used herein, “seat,”“chair,” “bench,” and “sitting apparatus,” have the same meaning and canbe used interchangeably. As used herein the back and backrest of asitting apparatus can have the same meaning and be used interchangeably.In certain embodiments of the invention the seat, chair or bench can bedevoid of a filter. It is contemplated that certain aspects of theinvention disclosed herein can also be used in beds and other layingapparatus. Indoor or enclosed multi-seated venues as used herein caninclude vehicles that are land based, sea based and air based(aircraft), theaters and auditoriums. A theater as used herein caninclude all types of auditoriums. As used herein the word clean can havethe same meaning as purify. The words purify and/or clean can imply thatof partially cleaned, partially purified, or fully cleaned and fullypurified. As used herein an exhaled air purification chamber means thesame as an air purification chamber. As used herein an exhaledpurification system means the same as an air purification system. Anelectronic display screen, video display screen, display screen can allhave the same meaning. In aspects as used herein, air purification isany mechanism that destroys a pathogen, particulate, and/or a microbe.In aspects as used herein, filtering is a mechanism wherebyparticulates, pathogens, and/or microbes are captured, segregated,and/or separated.

In further embodiments of the present invention, an air purificationchamber may comprise a chamber where exhaled air (including some othercabin air) is cleaned, disinfected, and/or treated. The air purificationchamber can use any known mechanism to clean/purify air and filter air,including but not limited to a filter(s), a UVC light(s), a HEPAfilter(s), or combinations thereof.

An exhaled air collector may or may not comprise an exhaled catch basin.An exhaled catch basin can be formed in the bottom of an air collector.An air suction intake can be the opening within the exhaled air catchbasin that opens to either an attached air purification chamber or to anair suction conduit. When an exhaled catch basin is present, usually,but not always, the air suction intake is located within the exhaled aircatch basin. The air suction intake can be the full size of the bottomof the exhaled air catch basin or smaller than the size of the bottom ofthe exhaled air catch basin. An air collector can open directly to anair suction conduit. In this case the opening to the air suction conduitwould be that of the air suction intake.

In certain embodiments of the present invention, an air purificationunit captures, cleans, optionally filters, and exhausts cleaned and/orfiltered exhaled air directly into the venue where the air purificationunit is present. In certain embodiments of the present invention, an airpurification unit captures, cleans, optionally filters, and movescleaned and/or filtered exhaled air out of the venue by way of one ormore conduits into the outside environment. In certain embodiments ofthe present invention, an air purification unit captures, cleans,optionally filters, and moves the cleaned and/or filtered exhaled air byway of one or more conduits into the venue's HVAC system. In certainembodiments of the present invention, an exhaled air collector capturesexhaled air where it is then moved to a remote air purification chamberwhere it is cleaned and/or filtered and then exhausted to an outdoorenvironment. Such an air purification system is that of an open loopedsystem. In certain embodiments of the present invention disclosedherein, an exhaled air collector captures and moves exhaled air withinone or more conduits to a remote air purification chamber where it iscleaned and/or filtered and then moved into the venue's HVAC systemwhere it is then recirculated back into the venue to which it wascaptured. Such an air purification system is that of a closed loopedsystem. In certain embodiments of the present invention disclosedherein, an exhaled air collector captures and moves exhaled air withinone or more conduits into the venue's HVAC system where it is cleanedand/or filtered and then recirculated back into the venue to which itwas captured. Such an air purification system is that of a closed loopedsystem. In certain embodiments of the invention, an exhaled aircollector connects to an air suction conduit where the non-cleaned andnon-filtered exhaled air is moved therethrough and then moved into thevenue's air flow that moves the exhaled air out of the venue. In certainembodiments of the invention, an exhaled air collector connects to anair suction conduit where the non-cleaned and non-filtered exhaled airis moved therethrough and then moved into the venue's air flow thatmoves the exhaled air into the venues HVAC system which then cleansand/or filters the exhaled air. In certain embodiments of the invention,an air collector can capture non-filtered and non-cleaned exhaled airand fan or fans can move the non-filtered, non-cleaned exhaled air alonga shaped indentation in the backside of a back of a chair, seat, orbench towards the venue's air flow where the venue's air flow moves thenon-filtered, non-cleaned exhaled air out of the venue. In certainembodiments of the invention, an air collector can capture non-filteredand non-cleaned exhaled air and a fan or fans can move the non-filtered,non-cleaned exhaled air along a shaped indentation in the backside of aback of a chair, seat, or bench towards the venue's air flow where thevenue's air flow moves the non-filtered, non-cleaned exhaled air out ofthe venue and into the venue's HVAC system where it can be cleanedand/or filtered. In certain embodiments, the exhaled air collector canbe that of combination of a video display screen and its surroundingframe or housing. In this embodiment, the air suction conduit can be anarm that secures or supports the video display screen. The video displayscreen can be part, or all, of the recessed exhaled air blockingsurface.

Certain embodiments of the invention can be that of a chair, seat, orbench that comprises an exhaled air catch basin. Certain embodiments ofthe invention can be that of a chair, seat, or bench that comprises aconduit for passing non-cleaned and/or non-filtered exhaled air downwardtowards the floor. Certain embodiments of the invention can be that of achair, seat, or bench that comprises a shaped indentation on thebackside of a back of the chair, seat, or bench for directingnon-cleaned and/or non-filtered exhaled air downward towards the floor.Certain embodiments of the invention can be that of a chair, seat, orbench that comprises a fan or fans for moving air downward along thebackside of the back of the chair, seat, or bench towards the floor.Certain embodiments of the invention can be that of a chair, seat, orbench that comprises a fan or fans for moving air downward across therecessed exhaled air blocking surface of the exhaled air collector.Certain embodiments of the invention can be that of a chair, seat, orbench that comprises an air collector that is one of attached to,embedded in or within, or integral or shaped within, the backside of aback of the chair, seat, or bench. Certain embodiments of the inventioncan be that of a chair, seat, or bench that receives an air purificationunit. Certain embodiments of the invention can be that of a chair, seat,or bench that is shaped to receive an air purification unit. Certainembodiments of the invention can be that of a chair, seat, or bench thatis specially shaped to attach to an air purification unit. Certainembodiments of the invention can be that of a chair, seat, or bench thatcomprises a video display screen on the back side of a back of thechair, seat, or bench, whereby the video display screen is an exhaledair blocking surface that deflects exhaled air into or towards an airsuction conduit.

The following embodiments as disclosed herein include an exhaled airdiagnostic, testing component or analyzer device. In aspects, theexhaled air that enters an exhaled air diagnostic, testing component oranalyzer device is that of non-cleaned and/or non-filtered exhaled air.Thus, when and if used in conjunction with an exhaled air purificationunit or system, the apparatus may comprise and the aspects may be usedin the order of: 1) an exhaled air collector, 2) an exhaled airdiagnostic, testing component or analyzer device, and 3) an exhaled airpurification chamber. In certain embodiments the exhaled air diagnostic,testing component or analyzer device is used solely in conjunction withan exhaled air collector and is devoid of a connected air purificationunit or chamber. In certain embodiments of the invention the airpurification unit can comprise an exhaled air diagnostic, testingcomponent or analyzer device. In certain embodiments of the invention anair purification unit and/or exhaled air collector can comprise anexhaled air diagnostic, testing component or analyzer device. In certainembodiments of the invention an air purification system can comprise anexhaled air diagnostic, testing component or analyzer device. In certainembodiments of the invention an air purification system can comprise anexhaled air diagnostic, testing component or analyzer device. In certainembodiments of the invention an exhaled air collector on the chair, inthe chair, embedded in the chair, integrated within the chair, attachedto the backside of the chair, attached to the chair, or free standing,separated, and located directly behind the backside of a chair, cancomprise an exhaled air diagnostic, testing component or analyzerdevice. In certain embodiments of the invention an exhaled air collectorcan comprise an exhaled air diagnostic, testing component or analyzerdevice. In certain embodiments of the invention an exhaled air collectoron the chair, in the chair, embedded in the chair, integrated within thechair, attached to the backside of the chair, attached to the chair, orfree standing, separated, and located directly behind the backside of achair, can connect to an exhaled air diagnostic, testing component oranalyzer device. In certain embodiments of the invention an exhaled aircollector on, in, attached to the backside of a chair or free standing,separated, and located directly behind the backside of a chair, canconnect to an exhaled air diagnostic, testing component or analyzerdevice. In certain embodiments of the invention, the exhaled air catchbasin can comprise an exhaled air diagnostic, testing component oranalyzer device. In certain embodiments of the invention the exhaled aircatch basin on the chair, in the chair, embedded in the chair,integrated within the chair, attached to the backside of the chair,attached to the chair, or free standing, separated, and located directlybehind the backside of a chair, can comprise an exhaled air diagnostic,testing component or analyzer device. In certain embodiments of theinvention an air purification chamber can comprise an exhaled airdiagnostic, testing component or analyzer device. In certain embodimentsof the invention an exhaled air chamber can comprise an exhaled airdiagnostic, testing component or analyzer device. In certain embodimentsof the invention an air purification chamber can connect to an exhaledair diagnostic, testing component or analyzer device. In certainembodiments of the invention an air purification chamber can connect toan exhaled air diagnostic, testing component or analyzer device. Incertain embodiments of the invention non-filtered and non-cleanedexhaled air can be collected and subjected to an exhaled air diagnostic,testing component or analyzer device that is positioned on, in, orattached to the backside of the back of a chair, seat, or bench. Incertain embodiments of the invention non-filtered and non-cleanedexhaled air is collected and tested by an exhaled air diagnostic,testing component or analyzer device that is supported by the backsideof the back of a chair, seat, or bench. In certain embodiments of theinvention non-filtered and non-cleaned exhaled air is collected by anexhaled air collector that is on, in, attached to or part of thebackside of a chair, seat, or bench, or free standing, separated, andlocated directly behind the backside of a chair, seat, or bench, thentransported through a conduit and then tested by an exhaled airdiagnostic, testing component or analyzer device that is remote to thebackside of a chair, seat, bench. In certain embodiments the exhaled aircollector can be that of combination of a video display screen and itssurrounding frame or housing. In this embodiment the air suction conduitcan be an arm that secures or supports the video display screen. Thevideo display screen can be part of all of the recessed exhaled airblocking surface. The air suction conduit can move the exhaled air to anexhaled air diagnostic, testing component or analyzer device.

In other embodiments of the present invention, specialized seatingprovides exhaled air collection and diversion. In aspects, a seat isformed, shaped or adapted (in cases, by way of an attachment) to collectand reposition or redirect exhaled air downward through a conduit in theseat or attached to the seat towards an aircraft's floor where it ismixed with the cabin's air handling air flow such that it is moved outof the cabin by the aircraft's air handling air flow. The exhaled airthat mixes with the aircraft's air flow can be unfiltered prior todeparting the aircraft cabin. This is possible as once it exits thecabin it will either be released outside of the aircraft or filtered,cleaned, and recirculated by the aircrafts air handling and purificationsystem. In aspects, the form, shape, adaptation, or attachment providesa conduit or corridor for air to pass through from the exhaled aircollector through the conduit or corridor towards the floor of theaircraft cabin. Seating embodiments that include exhaled air collectionand diversion, in aspects, work with an aircraft's existing air handlingsystem, wherein the aircraft's air purification or handling system hasair blowing from the ceiling of the aircraft cabin that moves from theceiling downward towards the floor (usually towards the center aisle)and then under the seats towards the lower inside walls of the aircraft,where air registers/air intakes are located along the cabin of theaircraft. (See FIGS. 8-9 .) In aspects, the conduit within or attachedto the seat opens above the floor or ground where the exhaled air ismixed with airflow from the aircraft and moved out of the aircraft (orin cases filtered and released back into the aircraft from the overheadvents in the ceiling). In other aspects, the conduit within or attachedto the seat moves downward and then the conduit continues eitherdownward or horizontally transporting the exhaled air without beingmixed with the air flow in the aircraft cabin and where it opens intothe air handling system of the aircraft outside of the aircraft cabin.In FIG. 10 , an aspect is shown where exhaled air 1010 from a passenger1020 is captured by the air purification unit 1030 and a conduit 1040then leads that air to the bottom of the seat or at or near the floor ofthe aircraft cabin and then directed to vents 1050 in or near the floorof the aircraft cabin where the exhaled air is removed from the aircraftcabin.

In aspects of the invention, the air purification unit includes theexhaled air collector, an optional exhaled air catch mechanism (e.g., abasin), an air suction conduit, and an air purification chamber. Inaspects, there is no fan to direct or suction air and no air curtain. Inaspects, the air purification unit may include an air filter but canalso be implemented without an air filter. The air purification unitcomprises both an air collector and an air purification chamber. UVClight, such as a disinfecting light can be used to destroy pathogens,microbes, or other unwanted materials in the handled air.

In aspects of the invention, the air purification unit includes theexhaled air collector, an optional exhaled air catch mechanism (e.g., abasin), an optional air suction conduit, and a connected airpurification chamber. In aspects, a fan may be used to direct or suctionair into the air purification chamber and/or a fan, fans, or an aircurtain may be used or placed above or on top of the unit to push airdownward into, for example, an exhaled air catch basin and/or airsuction conduit. In aspects, the unit may include an air filter but canalso be implemented without an air filter. The air purification chambercan employ, by way of example only, UVC light, such as a disinfectinglight can be used to destroy pathogens, microbes, or other unwantedmaterials in the handled air.

In aspects of the invention, the air purification unit includes theexhaled air collector, an optional exhaled air catch mechanism (e.g., abasin), an optional air suction conduit, and an air purificationchamber. In aspects, a fan is located in a conduit—or connected to,adjacent to, or in operable communication/connection with a conduit—topull air downward through the conduit towards floor, out of a venue orvehicle, to an air processing system, or elsewhere. In aspects, the unitmay include an air filter but can also be implemented without an airfilter. The air purification chamber can employ, by way of example only,UVC light, such as a disinfecting light can be used to destroypathogens, microbes, or other unwanted materials in the handled air.

In aspects of the invention, the air purification unit includes theexhaled air collector, an optional exhaled air catch mechanism (e.g., abasin), an air suction conduit, and the air purification chamber. Inaspects, a fan is located in a conduit—or connected to, adjacent to, orin operable communication/connection with a conduit—to pull air downwardthrough the conduit towards a floor, and a fan or air curtain is used topush air downward across, for example, an exhaled air blocking surface,such as a recessed exhaled air blocking surface. In aspects, the unitmay include an air filter but can also be implemented without an airfilter. The air purification chamber can employ, by way of example only,UVC light, such as a disinfecting light can be used to destroypathogens, microbes, or other unwanted materials in the handled air.

In aspects, embodiments of the present invention include an exhaled aircollector that if built into, attached to a seat back, or separated andlocated behind a seat back, can block and divert non-filtered exhaledair downward towards the floor of the aircraft cabin when the aircraft'sair purification or handling system has air flowing from the ceilingtowards the floor and then out of the aircraft (or to another airhandling system in the aircraft, such as, by way of example, theaircraft's air purification or handling system or an air purificationchamber). (See FIGS. 8-9 .) In other aspects, embodiments include anexhaled air collector and an exhaled air blocking surface, such as arecessed exhaled air blocking surface. This embodiment optionallyincludes a fan or air curtain above or placed on top of the system topush air downward across the recessed exhaled air blocking surface ofthe exhaled air collector downward towards the optional exhaled aircatch basin and then towards the air suction intake.

In other embodiments, the invention comprises an air purification unitreleasably attachable to an apparatus, such as the back of a chair. Inaspects, the air purification unit includes an exhaled air collector, anoptional exhaled air catch basin, an air suction intake, and an airpurification chamber. In certain embodiments where the air collector isdirectly attached to an air purification chamber, there can or will, inaspects, be no air suction conduit present. In most, but not all cases,the air purification chamber exhausts clean air back into themulti-seated indoor or enclosed venue.

In other embodiments, the invention comprises an air purification unitreleasably attachable to an apparatus, such as the back of a chair. Inaspects, the air purification unit includes an exhaled air collector, anoptional exhaled air catch basin, an air suction intake, and an airpurification chamber. In embodiments, there would be no air suctionconduit as the air purification chamber exhausts clean air back into themulti-seated indoor or enclosed venue. In aspects, a fan within orconnected to the air purification chamber may pull air into and out ofthe air purification chamber.

In other embodiments, the invention comprises an air purification unitreleasably attachable to an apparatus, such as the back of a chair. Inaspects, the air purification unit includes an exhaled air collector, anoptional exhaled air catch basin, an air suction intake, and an airpurification chamber. In embodiments, there would be no air suctionconduit as the air purification chamber exhausts clean air back into themulti-seated indoor or enclosed venue. In aspects, a fan within orconnected to the air purification chamber may pull air into the airpurification chamber and a fan or air curtain above may push air acrossan exhaled air blocking surface, such as a recessed exhaled air blockingsurface.

In additional embodiments, an air purification system comprises aplurality of exhaled air collectors, each with an optional exhaled aircatch basin, an air suction intake, and an air suction conduit, thatconnects to one or more remote air purification chambers. In aspects,this unit is a closed loop that takes air from the venue and returns airback into the venue. For example, this system may connect to an HVACsystem and then move clean air back into the venue. The HVAC system canclean and/or filter the air (including any non-filtered and ornon-cleaned exhaled air) prior to returning it into the venue. Inaspects, the system may connect to a humidification regulator ordehumidifier. In other aspects, the system may be open loop, wherein airfrom the air purification chamber moves air into an outdoor, different,or separate environment.

BRIEF DESCRIPTION OF THE DRAWINGS

The accompanying drawings illustrate certain aspects of some of theembodiments of the present invention and should not be used to limit ordefine the invention. Together with the written description the drawingsserve to explain certain principles of the invention.

FIG. 1 is a schematic of a possible embodiment according to the presentinvention showing an air purification unit and back of a chair.

FIG. 2 is a schematic demonstrating the expanded side of a cone ofexhaled air originating at one's mouth or nose having originatingdimension of 55 mm in diameter and expanding out at 22 degrees for thedistances of one foot, two feet, and three feet, assuming a 22 degreesenlarging cone of exhaled air.

FIG. 3 is a schematic of a possible embodiment according to the presentinvention showing an air purification unit.

FIG. 4 is a schematic of a possible embodiment according to the presentinvention showing an air purification unit.

FIG. 5 is a schematic of a possible embodiment according to the presentinvention showing aspects of an air purification unit.

FIG. 6 is a schematic of a possible embodiment according to the presentinvention showing aspects of an air purification unit.

FIGS. 7A, 7B, and 7C are schematics of possible embodiments according tothe present invention showing aspects of an air purification unit.

FIG. 8 is a schematic showing air flow current in an aircraft cabin.

FIG. 9 is a schematic showing air flow current in an aircraft cabin andaspects of an air purification unit/system as described herein.

FIG. 10 is a schematic showing air flow current in an aircraft cabin andaspects of an air purification unit/system as described herein.

FIG. 11 is a schematic showing aspects of an air purification unit asdescribed herein.

FIG. 12 is a schematic showing aspects of an air purification unit asdescribed herein.

FIG. 13 is a schematic showing aspects of an air purification unit asdescribed herein.

FIG. 14 is a schematic showing aspects of an air purification unit asdescribed herein.

FIGS. 15A and 15B are schematics showing aspects of an air purificationunit as described herein.

FIGS. 16A and 16B are schematics showing aspects of an air purificationunit as described herein.

FIG. 17 is a schematic showing aspects of an air purification unit asdescribed herein.

FIG. 18 is schematic showing aspects of an air purification unit asdescribed herein.

FIGS. 19A and 19B are schematics showing aspects of an air purificationunit as described herein.

FIGS. 20A and 20B are schematics showing aspects of an air purificationunit as described herein.

FIGS. 21A and 21B are schematics showing aspects of an air purificationunit as described herein.

FIGS. 22A and 22B are schematics showing aspects of an air purificationunit as described herein.

FIGS. 23A and 23B are schematics showing aspects of an air purificationunit as described herein.

FIGS. 24A and 24B are schematics showing aspects of an air purificationunit as described herein.

FIGS. 25A and 25B are schematics showing aspects of an air purificationunit as described herein.

FIG. 26 is a schematic showing aspects of an air purification unit asdescribed herein.

FIG. 27 is a schematic showing aspects of exhaled air protectors asdescribed herein.

FIG. 28 is a schematic showing aspects of an air purification system asdescribed herein being used to retrofit an elevator car with the airpurification system.

FIG. 29 is a schematic showing aspects of an air purification system asdescribed herein being built or manufactured into an elevator car.

FIG. 30 shows an embodiment of the current invention as describedherein.

FIG. 31 shows an embodiment of the current invention as describedherein.

FIG. 32 shows an embodiment of the current invention as describedherein.

FIG. 33 shows an embodiment of the current invention as describedherein.

FIG. 34 shows an embodiment of the current invention as describedherein.

DETAILED DESCRIPTION

The present invention has been described with reference to particularembodiments having various features. It will be apparent to thoseskilled in the art that various modifications and variations can be madein the practice of the present invention without departing from thescope or spirit of the invention. One skilled in the art will recognizethat these features may be used singularly or in any combination basedon the requirements and specifications of a given application or design.Embodiments comprising various features may also consist of or consistessentially of those various features. Other embodiments of theinvention will be apparent to those skilled in the art fromconsideration of the specification and practice of the invention. Thedescription of the invention provided is merely exemplary in nature and,thus, variations that do not depart from the essence of the inventionare intended to be within the scope of the invention.

All references cited in this specification are hereby incorporated byreference in their entireties.

In embodiments, the air purification unit can be one of attached to oneor more of the top, side or back of a chair, built into the back of achair, or behind and free standing/separated from the back of a chair.(See FIGS. 11-13 .) In aspects, the air purification unit can be of asize and shape so that when it is attached to the back of a chair some,all, or most of the air purification unit is located within a backoverhang space. The air purification unit can be of a size and shape sothat when it is attached to the back of a chair the air purificationunit can fit within the back overhang space. The air collector of theair purification unit can be located on the back of a chair, seat, orbench and be connected to the air purification chamber that can belocated under the seat of the chair, seat, or bench. An air purificationunit, in aspects, can be part of an air purification system. An airpurification system, in aspects, can comprise a networked plurality ofair purification units. An air purification unit, in aspects, maycomprise an exhaled air collector and a connected air purificationchamber. An air purification unit, in aspects, may comprise an exhaledair collector and be attached to an air purification chamber. An airpurification unit, in aspects, may comprise an exhaled air collector andbe directly attached to an air purification chamber. An air purificationsystem, in aspects, can comprise a networked plurality of exhaled aircollectors that are connected to one or more air purification chambers,such as one or more remote air purification chambers by way of one ormore air suction conduits. An air purification system, in aspects, cancomprise a plurality of networked air purification units. In certainembodiments, the air purification system can include an HVAC unit. Incertain embodiments, the air purification system can include an airhumidification unit and/or dehumidifier. In certain embodiments, the airpurification system can include both an HVAC system and an airhumidification unit and/or dehumidifier. In certain embodiments, the airpurification system can include an air blower or air curtain thatprovides downward air flow from above the air collector. In embodiments,the exhaled air collector can be adjacent to and/or connected to an airpurification chamber. The exhaled air collector can comprise an exhaledair blocking surface. An exhaled air blocking surface can be an exhaledair deflecting surface. The exhaled air blocking surface in certainembodiments can be recessed and comprise two or more walls. Inembodiments, the exhaled air collector can comprise a recessed exhaledair blocking surface that has two walls that connect to a lower exhaledair catch basin. The walls of the exhaled air collector can be comprisedof a flexible material, by way of example only, rubber, plastic, or amaterial that is comprised by a chair, seat, bench (e.g., the samematerial that the chair, seat, or bench to which the exhaled aircollector is associated with is made of). The walls of the exhaled aircollector can be rigid. The exhaled air blocking surface can be, by wayof example only, one or more of a metal, plastic, glass, ceramic, orrubber surface. The exhaled air blocking surface can be that of anelectronic video display. An exhaled air catch basin can be locatedwithin and/or connected to a bottom ⅓ of the exhaled air blockingsurface. The exhaled air catch basin can be located at the bottom of theexhaled air blocking surface. In certain embodiments, the exhaled aircollector connects to a conduit and is devoid of an exhaled air catchbasin. In certain embodiments the exhaled air collector connects to aconduit and may include an exhaled air catch basin or not include anexhaled air catch basin. In other embodiments, the exhaled air collectorconnects to an exhaled air catch basin. In aspects, an air suctionintake can be connected to an exhaled air collector. In aspects, an airsuction intake can be connected to an exhaled air catch basin. Theexhaled air catch basin can comprise an air suction intake that is anopening that opens directly to an air purification chamber or an airsuction conduit.

In certain embodiments, an air purification unit can be modular and canbe releasably attached and thus removable from the back of a seat,chair, or bench, or from a free-standing stand that supports an airpurification unit that is separate, and distance removed from the backof a seat, chair, or bench. The air purification unit can be designed sothat if a small object falls through an air suction intake it will notfall into the air purification chamber. This can be accomplished, by wayof example only, by a safety trap that catches such a small objectwithin the trap but allows the exhaled air to continue to be movedthrough an air purification chamber or elsewhere. A screen or gratecovering can be placed over the exhaled air catch basin. A screen orgrate covering can be placed over the exhaled air collector. A screen orgrate covering can be placed over an air suction intake. In aspects, thescreen or grate can comprise one or more of Copper (Cu+), Copper (Cu++),Silver, Zinc, Gold, TiO2, metal, or plastic. (See, e.g., FIG. 3 .)

In certain embodiments an air purification unit can be filter-less(without a filter). In certain embodiments, filter-less air purificationunits can be attached to one or more of the top, side, or back of achair, built into the back of a chair, or be behind, free standing, andseparated from the back of a chair in a multi-seated indoor or enclosedvenue (such as, by way of example only, theaters of all kinds andvehicles of all kinds). In certain embodiments the air purificationsystem or a plurality of air purification units can work in conjunctionor coordination with the HVAC system, air purification, or air handlingsystem of the multi-seated indoor venue. In this case the venue's HVACsystem, air purification, and/or air handling system is independent fromthat of a plurality of air purification units and/or the airpurification system described herein. In this embodiment, for example,the filter-less air purification units may be utilized to destroyairborne pathogens especially from exhaled air, while the venue's HVAC,air purification system, or air handling system can be utilized toremove pollutants and any remaining pathogens. By utilizing filter-lessair purification units, maintenance time and cost related to changingout filters can be reduced. In addition, this can provide for a quieterindoor venue by way of reducing the noise produced by a plurality of airpurification units that comprise filters. In still other embodiments,the air purification unit(s) can comprise a filter (and/or UVC lights)that is used in combination with the indoor or enclosed venue's HVACsystem or air handling system.

In certain embodiments an exhaled air collector can collect non-cleaned,non-filtered exhaled air, and an air suction intake can then move thenon-cleaned, non-filtered exhaled air through an air suction conduitthat is attached to, supported by, or located within the back of achair, seat, or bench, and then release the non-cleaned, non-filteredexhaled air within the multi-seated indoor venue. In this embodiment,the venue's HVAC system can clean and/or filter the non-cleaned and/ornon-filtered exhaled air.

In certain embodiments, the air collector can comprise a filter or HEPAfilter. In certain embodiments, the air purification chamber cancomprise a filter or HEPA filter. In other embodiments, the aircollector and/or the air purification chamber can be devoid of a filteror HEPA filter. The air purification chamber can comprise one or moreof, by way of example only, a microbicidal and/or disinfecting light,material, agent, or element. With the various embodiments, one or moreof the exhaled air collector, the exhaled air blocking surface, the aircatch basin, the air suction conduit, or a grate or screen that is usedas a cover, can comprise a microbicidal agent, element, or material.

In many cases of human breathing, following an exhaled breath of airthere is a 3 to 5 second pause of the exhaled air stream while theindividual who was exhaling air now inhales air. Said another way, aftereach exhaled air breath in most cases there is a 3 to 5 second pause inthe exhaled air stream. In aspects of the current invention, thisexhaled air stream pause, along with gravity, and in some cases downwardair flow, assists in moving the exhaled air into the exhaled aircollector and/or the optional air catch basin and through the airsuction intake. The exhaled air collection section and the airpurification chamber has the capability/capacity to collect, clean,optionally filter, and/or purify, in cases, a minimum of 0.21188 cubicfeet per minute of air. The air collection section (the exhaled aircollector) can collect a minimum of 0.2 liters of exhaled air within a 6second interval of time. The air purification chamber, in cases, canclean a minimum of 0.2 liters of air within a 6 second interval of time.In most cases, the exhaled air collector can collect 20 liters or moreof exhaled air per minute. In most cases, the exhaled air purificationchamber can clean 20 liters or more of exhaled air per minute. A fan orfans may be used to move air into and/or through air purification unit,and such fan or fans can operate at 5 CFM or greater. A fan or fans usedto move air into and/or through an air suction intake can operate at 5CFM or greater. A fan or fans used to move air through an air suctionconduit or conduits to a remote air purification chamber can operate at100 CFM or greater.

The invention disclosed herein may be applied to or used in any and allkinds of multi-seated venues or environments, such as, by way of exampleonly, land based, sea based, or air based vehicles (such as, by way ofexample only, aircraft, airplanes, jets, boats, ships, cars,automobiles, trucks, trains, subways, buses, etc.), theaters (such as,by way of example only, auditorium, educational, sports, athletic,performing arts, cinema, opera, ballet, music, arena, etc.), houses ofworship (such as, by way of example only, churches, synagogues, temples,mosques, etc.). Inventions disclosed herein can include, in variousembodiments, each of an attachable, integrated, or independent airpurification system, air purification unit, exhaled air collector,and/or air purification chamber, as well as, in aspects, a chair, seat,bench, or sitting or laying apparatus wherein the chair, seat, bench, orsitting or laying apparatus is adapted or designed to house, support,integrate, attach, connect, or incorporate such an air purificationsystem, air purification unit, exhaled air collector, and/or airpurification chamber. Also, in certain embodiments, the back of a chair,seat, bench, or a sitting or laying apparatus, can be designed so thatthe shape of the back of the chair, seat, bench, or the sitting orlaying apparatus, or parts thereof, can be formed into that of anexhaled air collector. In aspects, this is accomplished by way of theshape of the back side of the back of the chair. By way of example only,in one particular embodiment, the back of the chair can be designed sothat the shape of the back side of the back of the chair can be that ofan exhaled air collector, such that it comprises a recessed blockingsurface surrounded by one, two, or more walls that open and connect towhere an air purification chamber can then be inserted into the back ofthe chair. In another embodiment, the back side of the back of the chaircan be designed so that it has a recessed blocking surface surrounded byone, two, or more walls that open to an exhaled air catch basin which isalso part of the shape design of the back of the chair. An airpurification chamber can be inserted or attached to the back of thechair such that the exhaled air catch basin opens to the separate airpurification chamber. In still another embodiment, the back side of theback of a chair can be designed so that the shape of the back side ofthe back of the chair can be that of an exhaled air collector having arecessed blocking surface surrounded by one, two, or more walls thatopen or attach to an air conduit located within the chair or attached tothe chair that then connects to a remote air purification chamber. Thus,an embodiment disclosed herein can be that of a novel shaped chair,seat, bench, or sitting or lying apparatus, or parts thereof, that actas the exhaled air collector for the air purification unit or that ofthe exhaled air collector for the air purification system. In certainembodiments, the back of the chair, seat, or bench can comprise theappropriate shape and include electronic and non-electronic components(as taught herein) that permit the chair, seat, or bench to include anair purification unit. By this it is meant that the chair, seat, orbench is designed and equipped such that the chair, seat, or benchitself becomes both an exhaled air collector and the air purificationchamber. Such a chair, seat, or bench may or may not employ/comprise anair filter.

The use of the term conduit as used herein is, in aspects, that of acorridor, tube, hose, channel, tunnel, or other mechanism for moving,directing, or allowing air to move or pass, such as from one location toanother. The conduit can be located within the back of a seat, chair,bench, or sitting apparatus, or attached/connected to the back of aseat, chair, bench, or sitting apparatus. The conduit can be a conduitthat runs from a seat, chair, bench, or sitting apparatus to a remoteair purification chamber. The conduit can be made of any material thatprovides for a corridor capable of isolating and allowing air to passthrough.

In still another embodiment of a chair/seat for an aircraft, the back ofthe seat/chair can be formed/shaped to be that of an exhaled aircollector having an opening such that exhaled air is captured by theexhaled air collector and then moved downward through a conduit withinthe chair/seat or attached to the chair/seat to the floor of theaircraft cabin where it can be moved out of the cabin of the aircraft byway of the air flow circulation of the aircraft. In most, but not all,cases, this exhaled air is non-cleaned and/or non-filtered exhaled air.In this embodiment, the aircraft's air purification and/or handlingsystem takes over once the exhaled air is captured by the aircraft's airhandling system's air flow near the floor of the aircraft. Theaircraft's air flow then moves the non-cleaned and/or non-filteredexhaled air out of the cabin of the aircraft, where the aircraft's airhandling system and/or purification system causes part or all of thenon-cleaned and/or non-filtered exhaled air to exit the aircraft, or incertain cases cleans and/or filters all or some of this non-cleanedand/or non-filtered exhaled air and then recirculates the now cleanedand/or filtered exhaled air back into the aircraft cabin. (See, e.g.,FIGS. 8-9 .) In this embodiment, part or all of the recessed exhaled airblocking or collection surface can be that of a video display screen.(See, e.g., FIGS. 15-16, 21-24, and 26 .) In other embodiments, thevideo display screen is positioned in front of the recessed exhaled airblocking or collection surface. As taught herein an exhaled aircollector can comprise a fan or fans that move air downward across therecessed exhaled air blocking or collection surface. (See FIG. 7A.) Incertain cases, a fan or fans can be incorporated within or attached tothe exhaled air collector and in other cases no fan is utilized. Instill other cases, a fan or fans can be located within an air conduitlocated within or attached to the chair/seat. In aspects, the conduitconnects on one end to the exhaled air collector and on the other endopens to expel the exhaled air under or beside the chair/seat. (See,e.g., FIGS. 9-10 and 14 .) In this embodiment the aircraft's airpurification or handling system's air flow then moves the exhaled airout of the aircraft cabin, where it is moved out of the aircraft or iscleaned and/or filtered and recirculated back into the aircraft cabin.(See, e.g., FIGS. 8-10 .)

In still another embodiment of a chair/seat for an aircraft, the back ofthe seat/chair can be formed/shaped to be that of an exhaled aircollector having an opening such that exhaled air is captured by theexhaled air collector and then moved downward through an air suctionconduit within or attached to the chair/seat to the floor where, inaspects, it can be moved out of the cabin by way of an air suctionconduit (and/or a fan or fans located within the air suction conduit,and/or the aircraft's air purification or handling system). The airsuction conduit can open adjacent to that of the aircraft's air flowregister or air intake or within the aircraft's air flow register or airintake, which, in aspects, is located near or within a wall or floor ofthe cabin. The air suction conduit can open into the aircraft's airhandling or air purification system. With this embodiment, in aspects,the recessed exhaled air blocking surface can be part, or all of, thatof a video display screen. (See, e.g., FIGS. 15-16, 21-24, and 26 .) Inother embodiments, the video display screen can be in front of therecessed exhaled air blocking surface. As taught herein, an exhaled aircollector can comprise a fan or fans that move air downward across therecessed exhaled air blocking surface. In certain cases, a fan or fanscan be incorporated within or attached to the exhaled air collector andin other cases no fan is utilized. In still other cases, a fan or fanscan be located within or attached to an air conduit located within orattached to the chair/seat. In aspects, the conduit connects on one endto the exhaled air collector and on the other end connects to an airsuction conduit, which moves the exhaled air to an air purificationchamber, such as a remote air purification chamber. (See, e.g., FIG. 18.)

In another embodiment of a chair/seat for an aircraft, an exhaled aircollector can be attached to or integrated within the chair/seat backcomprising an opening such that exhaled air is captured by the exhaledair collector and then moved downward through an air suction conduitwithin the chair/seat or attached to the chair/seat towards the floorwhere it exits the air suction conduit and can be moved out of the cabinof the aircraft by way of the air flow circulation of the aircraft. Inthis embodiment the aircraft's air purification or handling system takesover once the exhaled air is captured by the aircraft's air purificationor handling system's air flow near the floor of the aircraft cabin. Forthis reason, the air collector, seat/chair, and conduit are filter-less,in aspects. With this embodiment, part or all of the recessed exhaledair blocking surface can be that of a video display screen. As taughtherein, an exhaled air collector can comprise a fan or fans that movesair downward across the recessed exhaled air blocking surface. Incertain cases, a fan or fans can be incorporated within or attached tothe exhaled air collector and in other cases no fan is utilized. Instill other cases, a fan or fans can be located within or attached to anair conduit that can be attached to the seat or located within the seat.In aspects, the conduit connects on one end to the exhaled air collectorand on the other end opens to expel the exhaled air under thechair/seat. In this embodiment, the aircraft's air purification orhandling system's air flow then moves the exhaled air out of theaircraft cabin where all or part of it is removed from the aircraft andthe balance is cleaned and/or filtered by the aircraft's airpurification system and then recirculated back into the aircraft'scabin.

Another embodiment of the present invention is that of a chair, seat,bench, or sitting apparatus wherein the backside of the chair, seat,bench, or sitting apparatus comprises an indentation capable ofcapturing or redirecting exhaled air that, in aspects, begins within thetop ⅓ of the back side of the chair, seat, bench, or sitting apparatusand extends to a point opposite or farther down than that of an extendedhorizontal tray that is attached to the back of the chair, seat, bench,or sitting apparatus, and wherein exhaled air can be directed or moveddownward towards the floor where it is moved out of the passengercompartment of the vehicle by way of the vehicle's air flow.

In another embodiment of a chair/seat for an aircraft, an exhaled aircollector can be attached to or integrated within the chair/seat backand comprises an opening such that exhaled air is captured and/ordeflected by the exhaled air collector and then moved downward through aconduit within the chair/seat or attached to the chair/seat to the floorwhere it can be moved out of the cabin by way of an air suction conduitthat moves the exhaled air to a remote air purification chamber. In thisembodiment, part, or all, of the recessed exhaled air blocking surfacecan be that of a video display screen. As taught herein an exhaled aircollector can comprise a fan or fans that moves air downward across therecessed exhaled air blocking surface towards an air suction intake. Incertain cases, a fan or fans can be incorporated within or attached toan exhaled air collector and in other cases no fan is utilized. In stillother cases, a fan or fans can be located within or attached an airsuction conduit that can be attached to the seat/chair, located withinthe seat/chair, or comprise part of the seat/chair. The air suctionconduit can connect on one end to the exhaled air collector. The otherend of the air suction conduit can connect to that of a remote airpurification chamber. The air suction can be provided by a fan or fanslocated within one or more of the air suction conduits, the remote airpurification system, or a remote air handling system.

In still another embodiment of a chair/seat for a vehicle, the back ofthe seat/chair can be formed/shaped to be that of an exhaled aircollector having an opening such that exhaled air is captured and ordeflected by the exhaled air collector and then moved downward through aconduit within the chair/seat or attached to the chair/seat to the floorwhere it is then moved out of the vehicle and exhausted into a differentenvironment, such as an outside environment, and/or it is cleaned and/orfiltered by a remote air purification chamber located within thevehicle. A fan or multiple fans can be utilized to assist in moving theexhaled from the exhaled air collector to the different environment,such as the outside environment. In another embodiment of a chair/seatfor a vehicle, an exhaled air collector can be attached to or integratedwithin the chair/seat back having an opening such that exhaled air iscaptured by the exhaled air collector and then moved downward through aconduit within the chair/seat or attached to the chair/seat to the floorwhere it is then moved out of the vehicle and then exhausted into adifferent environment, such as the outside environment. A fan ormultiple fans can be utilized to assist in moving the exhaled from theexhaled air collector to the different environment, such as the outsideenvironment, or it is moved into a remote air purification chamberlocated within the vehicle.

In still another embodiment of a chair/seat for a vehicle, the back ofthe seat/chair can be formed/shaped to be that of an exhaled aircollector having an opening such that exhaled air after being capturedand/or deflected by the exhaled air collector is then moved downwardthrough a conduit within the chair/seat or attached to the chair/seatand then moved through a conduit to a remote air purification chamber. Afan or multiple fans can be utilized to assist in moving the exhaledfrom the exhaled air collector to the remote air purification chamber.In aspects, a chair, seat, bench, or sitting apparatus, can be designedto redirect and/or capture exhaled air from someone sitting behind thechair, seat, bench, or sitting apparatus, and wherein the back of thechair, seat, bench, or sitting apparatus is shaped to form or accept anexhaled air collector. The chair, seat, bench, or sitting apparatus cancomprise a conduit or can be attached to a conduit for moving thecaptured exhaled air collected by the exhaled air collector downwardtowards the floor. The conduit in embodiments described herein can be atunnel-like opening formed within the seat/chair or can be a separatepiece of conduit, by way of example only, one of a plastic, rubber, ormetal conduit.

In another embodiment, the chair/seat is shaped/designed such that theback side of the back of the seat acts to deflect exhaled air fromsomeone sitting behind the back of the seat downward towards the floor.In certain cases, the deflected exhaled air is captured by an exhaledair collector. In certain cases, the deflected exhaled air is capturedby an exhaled air catch basin. In certain cases, the deflected exhaledair moves through an internal conduit formed within the chair/seat. Incertain cases, the deflected exhaled air moves through a conduitattached to the chair/seat. And in certain cases, the deflected exhaledair is directed and moves downward towards the floor along a shapedindentation within the backside of the back of a chair/seat.

In embodiments, an invention disclosed herein is that of a personal airpurification unit, wherein the personal air purification unit is one ofattachable to the back of a first seat or chair, integrated into theback of a first seat or chair, or free standing behind the back of afirst seat or chair, wherein the air purification unit comprises asurface that blocks exhaled air of an individual sitting in a seat orchair behind the first seat or chair, wherein the exhaled air blockingsurface is recessed from a peripheral external surface area of the backof the first seat or chair or that of the air purification unit, andwherein exhaled air moves through an air intake to a chamber thatpurifies the exhaled air. The recessed air blocking surface can belocated within an exhaled air collector.

An air intake can be an air suction intake. The air suction intake canbe connected to an air suction conduit which then moves the exhaled airto an air purification chamber. The air suction intake can be theopening to an air suction conduit or an attached or connected airpurification chamber. In certain embodiments, the air purificationchamber can be connected but remote from the exhaled air collector. Inother embodiments, the air purification chamber can be integrated withinor attached to the exhaled air collector. The air purification chamber,in aspects, can utilize any or all of microbicidal energy, agents,materials, devices or components, including by way of example only, UVClight or Far UVC light. The air purification chamber can utilizemicrobicidal light, liquids, agents, or materials. The air purificationchamber can comprise a filter, such as a HEPA filter. The airpurification unit and/or the air purification chamber can befilter-less.

The exhaled air collector can comprise a HEPA filter. The airpurification chamber can utilize heat, such as an amount of heatsufficient to be microbicidal. The exhaled air blocking surface of theexhaled air collector can be recessed. In aspects, the recessed exhaledair blocking surface of the exhaled air collector can be recessedbetween 0.25 inches and 6 inches from that of an external peripheralarea of the air purification unit or the back of a chair or seat towhich it is attached to, integrated within, or separated therefrom. Forexample, the recessed exhaled air blocking surface of the exhaled aircollector can be recessed between 0.25 inches and 6 inches into abackside of the back of a chair or seat. The recessed exhaled airblocking surface can be recessed between 0.25 inches and 12 inches fromthe wall heights of the exhaled air collector. In certain embodiments,the location or position of the air purification unit can be adjustablevertically up or down. In certain embodiments, the location or positionof the exhaled air collector can be adjustable vertically up and/ordown. The vertical dimension of the exhaled air collector can be longenough to capture exhaled air from either an average sized adult and/oran average sized child. In embodiments where the exhaled air collectoris not positioned properly to allow for capturing exhaled air fromeither that of an average sized child or adult, the exhaled aircollector can be attached to vertical tracks that allow it to move upand/or down vertically.

The exhaled air collector can be positioned on, in, or separated fromthe back of the seat or chair such that it is capable of capturing 50%or more of exhaled air of an adult or child of average height and weightsitting directly behind the seat or chair incorporating the airpurification unit and/or to which the air purification unit is located.The air purification unit can be designed to accommodate a minimumvolume of an adult's exhaled air per minute which is, in cases, around 6liters per minute. The air purification chamber can have the capabilityto clean and/or purify a minimum of 0.21188 cubic feet per minute, whichequates to the speed and quantity of an average adult's exhaled air.Thus, in aspects, the air purification unit can clean and/or purify upto 100% of the exhaled air of an individual sitting in the seat directlybehind that of the back of the seat or chair comprising or having theair purification unit.

The exhaled air collector can comprise an exhaled air blocking surface.The exhaled air blocking surface can be recessed from the periphery ofthe exhaled air collector or the chair or seat to which it is attachedor integrated. The exhaled air blocking surface can be within 45 degreesof being perpendicular to the Z axis from an individual sitting directlybehind the seat or chair to which the air purification unit is attached,integrated, or separated and free standing. Exhaled air from anindividual sitting directly behind the seat or chair to which the airpurification unit is attached, integrated, or separated and freestanding, can strike the exhaled air blocking surface within 45 degreesof an angle being perpendicular to said exhaled air blocking surface.The exhaled air collector can comprise a fan or fans located within theupper 33% of the air purification unit. This upper fan or fans can pushair downward across and/or parallel to the recessed exhaled air blockingsurface. In aspects, the air purification unit can utilize 2 fans: onefor pushing air downward from above the recessed exhaled air blockingsurface and one for moving air downward below the recessed exhaled airblocking surface. The air purification unit can comprise one fan. Theair purification unit can comprise no fan. The air suction conduit cancomprise one or more fans. The air suction conduit can comprise no fans.

The downward air flow from an upper fan can help move exhaled airdownward towards the air suction intake. In certain situations, an upperfan can pull or direct exhaled air that may go over the top of theexhaled air collector downward so to move it towards the lower airsuction intake. In certain embodiments, a lower fan is located withinthe air suction intake. In other embodiments, the lower fan is locatedabove the air suction intake. In still other embodiments, the lower fanis located within an air conduit. In still other embodiments, the lowerfan is located within the air purification chamber. The upper fan can,in aspects, move air downward across or parallel to the recessed exhaledair blocking surface. The lower fan can, in aspects, move air towards orthrough the air suction intake. In certain embodiments, a fan isutilized to move exhaled air towards the air suction intake. In otherembodiments such a fan is not required. The air purification unit can bepowered by battery power (DC) or alternating current (AC). If batterypowered, it can be a rechargeable battery.

Other air purification unit embodiments can be devoid of a fan and relyon gravity and/or the trajectory of the exhaled air. In certainembodiments, the air collector is devoid of a fan. However, in such acase, a fan may be located within or attached to the connected airpurification unit, the air purification chamber, the air suction intake,or the air suction conduit, which creates air suction. This air suctionmoves the exhaled air from the exhaled air collector through the airsuction intake and into the air purification chamber. The airpurification unit, or the seat, chair, or bench to which the airpurification unit is attached or integrated, can support a video displayscreen. The air purification unit, or the seat, chair, or bench to whichthe air purification unit is attached or integrated, can support audiospeakers. The video display can be located within the recessed area ofthe exhaled air collector. The front of the video display can be part,or all, of the recessed exhaled air blocking surface located within theexhaled air collector. Downward air flow from above the air purificationunit or the chair or seat can work to enhance the quantity of exhaledair captured by the exhaled air collector. This is true, by way ofexample only, in a theater multi-seated indoor venue where the floor issloped and/or within a vehicle.

The exhaled air collector can comprise a recessed exhaled air blockingsurface and exhaled air catch basin. All or a portion of the air suctionintake can be located below the exhaled air blocking surface in such amanner where the exhaled air is first deflected off of the exhaled airblocking surface and moved towards the air suction intake. All or aportion of the air suction intake can be located within a lower portionof the exhaled air blocking surface. The recessed exhaled air blockingsurface can have a horizontal dimension for a theater seat that isgreater than 6 inches. The recessed exhaled air blocking surface canhave a horizontal dimension for a vehicle seat that is greater than 6inches. The recessed exhaled blocking surface can be surrounded on twoor more sides by walls. The vertical dimension of the recessed area canbe greater than 6 inches for both a theater seat and a vehicle seat. Therecessed depth can be 0.25 inches or greater for a theater seat and/or avehicle seat. The recessed depth can be 1 inch or greater for a theaterseat and/or a vehicle seat. The recessed depth can range between 0.25inches and 12 inches, in aspects. The recessed exhaled air blockingsurface can form at its bottom an exhaled air catch basin to whichexhaled air flows into prior to being removed by the air suction intake.The air suction intake can be located within the bottom of the air catchbasin. The exhaled air catch basin can be part of the exhaled aircollector. The exhaled air catch basin can be an extension of theexhaled air collector.

The exhaled air catch basin can be attached to the exhaled aircollector. The exhaled air blocking surface can be located within 45degrees of being perpendicular to the floor or ground. The exhaled aircatch basin can have an air suction intake within the recessed airblocking surface. The exhaled air catch basin can have an air suctionintake within the lower wall of the air catch basin. The exhaled aircatch basin can have an air suction intake within the bottom of the aircatch basin. The exhaled air catch basin can have an air suction intakewithin an outer wall of the catch basin. The exhaled air catch basin canbe covered with a grate or screen covering. The grate or screen coveringcan comprise one or more of Copper (Cu+), Copper (Cu++), Silver, Zinc,Gold, TiO2, metal, or plastic. The exhaled air catch basin can beuncovered. The exhaled air catch basin can have a lip-like wall on itsfront side. With the addition of the lip-like wall on its front side,the exhaled air catch basin can have four vertical walls, a bottom, andan open top. (See, e.g., FIG. 4 .)

The air purification unit can comprise a sensor capable of determiningif someone is sitting directly behind the seat to which the airpurification unit is attached or integrated. The sensor can be, by wayof example only, an infra-red sensor, thermal sensor, or motiondetector. In aspects, the air purification unit can turn onautomatically when someone is sitting directly behind the seat to whichthe air purification unit is attached or integrated. In aspects, the airpurification unit can turn off automatically when someone sittingdirectly behind the seat to which the air purification unit is attachedor integrated leaves their seat. The air purification unit's innerand/or outer surface can be made of a microbicidal material. The airpurification unit's inner and/or outer surface can comprise amicrobicidal agent. The air purification chamber can comprise a surfacethat is microbicidal. The air purification chamber's inner surface canbe reflective. The reflective material can be, by way of example only, areflective PTFE plastic material, a reflective polytetrafluoroethylenematerial, or a reflective Teflon plastic material. The air purificationchamber can comprise a fan or fans. The air purification chamber cancomprise an ozone detector and an ozone alter mechanism.

A fan comprising part of the air purification unit can be attached to anacoustic reducing material. The air purification unit can comprise anacoustic reducing material. The conduit can be comprised of an acousticreducing material. The air purification unit can attach to the top of aback of a seat or chair or to the top of the back of the seat or chair.The air purification unit can attach to a side or sides of a seat orchair. The air purification unit can attach to the back of a seat orchair. The air purification unit can be integrated into the back of aseat or chair and a recessed surface of the air purification unit can belocated within the back of a seat or chair. The air purification unitcan be integrated into the back of a seat or chair and a recessedsurface of the air purification unit can be positioned within anindentation of back side of the back of a seat or chair.

The air purification unit can comprise a fan located at the top of therecessed exhaled air blocking surface or located above the recessedexhaled air blocking surface. The air purification unit can comprise afan located at the bottom of the recessed exhaled air blocking surfaceor below the recessed exhaled air blocking surface. The air purificationunit can be devoid of a fan. An air purification chamber that isadjacent to the air purification unit can comprise a fan at its topand/or at its bottom. The exhaled air collector can comprise a fanlocated at the top of the recessed exhaled air blocking surface orlocated above the recessed exhaled air blocking surface. The exhaled aircollector can comprise a fan located at the bottom of the recessedexhaled air blocking surface or located below the recessed exhaled airblocking surface. The exhaled air collector can be devoid of a fan. Anair purification chamber that is adjacent to the exhaled air collectorcan comprise a fan at its top. An air purification chamber that isadjacent to the exhaled air collector can comprise a fan at its bottom.An air purification chamber that is integrated into the air purificationunit can comprise a fan at its top. An air purification chamber that isintegrated into the air purification unit can comprise a fan at itsbottom. The air purification unit can work in conjunction with overheaddownward air flow. The air purification unit can work without downwardair flow.

The air purification unit can be located above knee height of anindividual sitting directly behind the seat to which the airpurification unit is attached or integrated. In cases, the airpurification unit means, by way of example only, the following aspects:the exhaled air collector, an optional exhaled air catch basin, the airsuction intake, an optional air suction conduit, and the airpurification chamber. The air purification system can also optionallyinclude one or more of: an HVAC system, a dehumidifier, a humidifier,and/or an air curtain or fan(s) for pushing disinfected, cleaned,filtered, or unfiltered air back into the venue. The air curtain orfan(s) can be located above the seating in the multi-seated venue. Theair curtain or fan(s) can be positioned such to move exhaled air towardsan exhaled air collector. In certain embodiments, a networked airpurification system utilizes an open loop wherein disinfected, cleaned,filtered, or unfiltered air is provided into the multi-seated venuebefore being moved to an HVAC (or air handling) system or outside of themulti-seated venue. In aspects, when the air purification systemcomprises a dehumidifier, the level of humidity is maintained within themulti-seated venue at 30% to 60% relative humidity. The airsterilization system can utilize a dehumidifier to achieve and maintainthe desired range of relative humidity within the indoor venue.

In aspects, the air purification system comprises a plurality of exhaledair collectors that connect to one or more remote air purificationchambers. In other embodiments, the networked air purification systemoperates as a closed looped system wherein the disinfected, cleaned,filtered, or unfiltered air is moved into one or more of the venue'sHVAC system, an air purification system, or an air handling system, andthen back into the multi-seated venue. In an embodiment of the airpurification system, multiple exhaled air collectors are connected byway of air suction conduits, for example, to one or more remote airpurification chambers, which can then move disinfected, cleaned,filtered, or unfiltered air back into the venue or to the venue's HVACor air handling system, or to a different environment, such as anoutside environment.

In embodiments wherein the exhaled air purification system comprises aplurality of exhaled air collectors that connect to one or more remoteair purification chambers, the one or more remote exhaled airpurification chambers can connect to an HVAC or air handling system. Instill other embodiments, two or more exhaled air collectors can connectto a remote exhaled air purification chamber or more than one airpurification chamber.

An exhaled air purification unit can be attached to, integrated into, orfree standing and separated from the back of a seat or chair. Theexhaled air purification chamber can utilize UV light. UV light used inan exhaled air purification chamber can be that within the range of 100to 400 nanometers. In most cases the UV light is that of UVC lighthaving a wavelength within the range of 100 to 280 nanometers. The UVlight can also include far UVC light having a wavelength of or around222 nanometers +/−3 nanometers. Such an exhaled air purification chambercan be part of an exhaled air purification unit, or can be part of anexhaled air purification system.

The air purification unit can be comprised of a microbicidal material,such as, by way of example only, copper, silver, zinc, copper ions,silver ions, silver nanoparticles, TiO2 nanoparticles, ZnOnanoparticles, organic compounds, and/or hybrids of organic/inorganicnanoparticles. The exhaled air collector can be comprised of amicrobicidal material, such as, by way of example only, copper, silver,zinc, copper ions, silver ions, silver nanoparticles, TiO2nanoparticles, ZnO nanoparticles, organic compounds, and/or hybrids oforganic/inorganic nanoparticles. The air purification unit can becovered with a microbicidal material, such as, by way of example only,copper, silver, zinc, copper ions, silver ions, silver nanoparticles,TiO2 nanoparticles, ZnO nanoparticles, organic compounds, and/or hybridsof organic/inorganic nanoparticles. The exhaled air blocking surfaceand/or the air catch basin can comprise a microbiocidal material, suchas, by way of example only, copper, silver, zinc, copper ions, silverions, silver nanoparticles, TiO2 nanoparticles, ZnO nanoparticles,organic compounds, and/or hybrids of organic/inorganic nanoparticles.The air suction intake can be comprised of a microbicidal material, suchas, by way of example only, copper, silver, zinc, copper ions, silverions, silver nanoparticles, TiO2 nanoparticles, ZnO nanoparticles,organic compounds, and/or hybrids of organic/inorganic nanoparticles.The air purification chamber can be comprised of a microbicidalmaterial, such as, by way of example only, copper, silver, zinc, copperions, silver ions, silver nanoparticles, TiO2 nanoparticles, ZnOnanoparticles, organic compounds, and/or hybrids of organic/inorganicnanoparticles. The interior of the air purification unit or an airpurification chamber can comprise an electrostatic surface, such toattract pathogens to its surface.

The air purification chamber can comprise one or more of the following:a filter, a HEPA filter, UVC light, Far UVC light, germicidal light,plasma, heat, or microbicidal materials, such as, by way of exampleonly, copper, silver, zinc, copper ions, silver ions, silvernanoparticles, TiO2 nanoparticles, ZnO nanoparticles, organic compounds,hybrids of organic/inorganic nanoparticles, alcohol, hydrogen peroxide,and/or iodine. The air suction intake can be comprised of a microbicidalmaterial, such as, by way of example only, copper, silver, zinc, copperions, silver ions, silver nanoparticles, TiO2 nanoparticles, ZnOnanoparticles, organic compounds, and/or hybrids of organic/inorganicnanoparticles. The air suction intake can have a cover and the cover canbe comprised of a microbicidal material, such as, by way of exampleonly, copper, silver, zinc, copper ions, silver ions, silvernanoparticles, TiO2 nanoparticles, ZnO nanoparticles, organic compounds,and/or hybrids of organic/inorganic nanoparticles.

In aspects, UV and/or germicidal bulbs used within the air purificationchamber should provide appropriate radiation to inactivate or destroypathogens or a targeted pathogen. The level of radiation required is, inaspects, dependent upon the time in which the pathogen is exposed whilemoving through the air purification chamber. The air purificationchamber and/or air purification unit can comprise a UV sensor or sensorscapable of measuring a level of UV radiation. The UV sensor or sensorscan monitor the level of UV radiation within the air purificationchamber and provide an alert or information via, by way of example only,a light, flashing light, alarm, noise, visual cue, or sending anelectronic message should the level of UV radiation of a UV bulb fallbelow that of a preset threshold, by way of example only, below 50% ofthe manufacturer's specification of the UV radiation level.

In aspects, each air purification unit can utilize sensor-basedself-diagnostics, as well as communicate either wired or wirelessly to aremote computer, such as a laptop, desktop, cell phone, iPad, etc. thatcan identify if/when certain parts, such as, by way of example only, afilter, fan, light, battery, or sensor, need to be replaced, or if ozoneis found above a preset threshold. In embodiments, the air purificationunit can be removable (and replaceable) from a chair or seat to which itis attached or integrated. In embodiments, the air purification unit canalso be removable and attachable (and replaceable) when it separately islocated behind the seat/chair. In embodiments, the air purification unitcan be releasably attachable to a chair or seat, such that it can beattached to a chair or seat and removed from a chair or seat. The videodisplay screen that can be attached to or integrated within the airpurification unit can be associated with an audio-video system that isconnectable to the internet. Such a video display system can streamvideo and audio or can play stored and recorded video and audio. Thevideo display screen can be in front of the exhaled air blockingsurface. The front of the video display screen can be part, or all, ofthe exhaled air blocking surface. The video display screen can belocated above the exhaled air catch basin. The video display screen canbe part of an air purification unit. The video-audio system can be partof the air purification unit. The video audio system can be supported bythe air purification unit.

In aspects, an air purification unit can comprise an infrared (“IR”)sensor. The exhaled air collector can comprise an IR sensor. An airpurification chamber can comprise an IR sensor. The IR sensor candetermine, in aspects, a) if someone is sitting behind the seat with theair purification unit, and/or b) if an individual sitting in the seatbehind the seat with the air purification unit has a body temperatureabove a certain threshold. By way of example only, if the IR sensorsenses a temperature of, by way of example only, 98° F. or above, it cancause a speed of a fan or fans within or attached to one or more of theair purification unit, exhaled air collector, air suction intake, airsuction conduit, and/or air purification chamber, to increase invelocity or cubic feet per minute. In addition, the IR sensor can causethe fan or fans of the air purification unit(s), air collector(s),and/or conduit(s) in or attached to the seats to the right and/or leftof the seat directly in front to go to a higher CFM (cubic feet perminute of air flow). Thus, in certain embodiments, a fan or fans locatedwithin or attached to the air purification unit can operate at two ormore different CFMs. Accordingly, in certain embodiments, a fan or fanslocated within or attached to the exhaled air collector can operate attwo or more different CFMs. In certain embodiments a fan or fans locatedwithin or attached to the air purification chamber can operate at two ormore different CFMs. In certain embodiments, a fan or fans locatedwithin or attached to a section or part of an air purification system orunit can operate at two or more different CFMs.

A networked air purification system that comprises a plurality ofnetworked exhaled air collectors and/or air purification units thatconnect to one or more remote air purification chambers can comprise anIR sensor. The IR sensor can determine, in aspects, a) if someone issitting behind the seat with the air purification unit, and/or b) if anindividual sitting in the seat behind the seat with the air purificationunit has a body temperature above a certain threshold. By way of exampleonly, if the IR sensor senses a temperature of 98° F. or above it cancause speed of a fan within or attached to the air purification unit,and optionally fans associated with air purification units associatedwith seats to the right and/or left of the seat directly in front, to goto a higher CFM. Thus, in certain embodiments, the fan or fans locatedwithin or attached to the air purification unit can operate at two ormore different CFMs.

In certain embodiments of the invention, the air purification unit cancomprise a carbon dioxide (“CO₂”) sensor. The exhaled air collector cancomprise a CO₂ sensor. The air purification chamber can comprise a CO₂sensor. The air purification system can comprise a CO₂ sensor. A higherthe CO₂ level can indicate a lack of good air circulation within amulti-seated indoor venue. Depending upon the level of CO₂ measured, theCO₂ sensor can cause a fan's CFM to increase or decrease in CFM. The airpurification unit, air purification chamber, and/or air purificationsystem can comprise an ozone sensor and cause an alarm, alert, ornotification if the level of ozone exceeds a preset threshold. The airpurification unit can comprise a photosensor. The air purificationsystem can comprise a photosensor. The photosensor can cause the levelof brightness of an electronic display that is part of or attached tothe unit to be altered if the light level of the multi-seated venue isturned down or up. In the case of a reduction of a light level withinthe venue, by way of example only, an indoor theater, the level of lightbrightness of the electronic display can be turned down automatically.The reverse can occur when the level of brightness of the indoor venueis turned up (by way of example only, during an intermission).

In certain embodiments of the invention, the air purification unit cancomprise a photosensor. The exhaled air collector can comprise aphotosensor. The air purification chamber can comprise a photosensor. Inaspects, the photosensor can sense if a coat, garment, or otherobstruction is covering the air purification unit, exhaled aircollector, and/or air purification chamber, and can cause an alarm,alert, or notification to be activated. The alarm, alert, ornotification can be a light, sound, and/or electronic message. Inembodiments, the chair can comprise a cylinder located between eachchair capable of housing a coat or other garment. The cylinder can be ofa fixed diameter or can be expandable or collapsible.

In certain embodiments of the invention, two or more chairs, seats, orbenches can comprise a ring or cylinder or other device therebetweencapable of housing or securing a garment or garments. The ring,cylinder, or other device can be collapsible. The ring, cylinder, orother device can be expandable. The location can be such that thegarment can be positioned or stored between the two chairs so not tocover the exhaled air collector on or in the back of the chair, seat, orbench.

In certain embodiments of the invention, a chair, seat, or bench cancomprise side protectors that can be raised or lowered and positionedbetween individuals that are sitting next to each other. (See FIG. 29 .)A side protector can be transparent. The side protector can reduceexhaled air spread from individuals sitting in adjacent seats. A sideprotector can comprise a speaker or other electronic component that canenhance one's sensatory experience within, by way of example only, atheater or vehicle. A side protector can be made of a flexible material,such as by way of example only, plastic, rubber, or foam. (See FIG. 29 ,showing as an example the interior of an aircraft cabin including sideprotectors, shown when in use and as lowered when not in use. Inaspects, air suction apertures in the back of the seats connect to aremote air purification system or air purification chamber. Downward airflow is also shown as described elsewhere in this application.)

A separate air handling system that provides overhead airflow working inconcert with the air purification system can include that of an airdehumidifier. De-humidified air can decrease the time and distance apathogen can remain/float in the air, or travel within the air. The airpurification system can comprise one or more sensors including, by wayof example only, acoustic, infrared, thermal, pressure, and/oraccelerometer, as well as an anemometer to identify where individualsare seated within a multi-seated venue and/or assist in determining oneor more of the air: volume, trajectory, suction force, and/or humiditypercentage, for the air suction air sterilization system (including thatof the overhead air flow). These sensors can then help direct overheaddownward air flow towards and in front of the seated individual, thusassisting to move the exhaled air of that individual towards the exhaledair collector(s) associated with the chair or seat or bench in front ofsuch seated individual. The sensors can determine if an individual isrunning a fever and adjust to a higher level the air suction force, theair suction force of an air suction aperture in front of suchindividual, and/or increase the overhead air flow directed at or infront of such air suction aperture. One or more sensors can determine ifan individual coughed or sneezed and if so, adjust a suction force to ahigher level and/or adjust a suction force to a higher level of an airsuction aperture in front of such individual, and/or increase theoverhead air flow directed at or in front of an exhaled air collector orair suction aperture. Artificial Intelligence can be employed to assistin learning the most efficient positioning of overhead air flow in termsof one or more of volume, velocity, trajectory, and/or humiditypercentage. A computer system can be employed to help coordinate theamount of air suction or blowing force within one or more of an airsuction aperture(s), an air purification unit, aspects of an airpurification unit as described herein, an air purification system asdescribed herein, and/or the overhead air flow. In certain embodiments,the air purification system (including the associated separate orintegrated overhead air flow system) can be established to have acertain predetermined one or more of air velocity, volume, trajectory,suction force, and/or humidity percentage; thus, in aspects, notutilizing sensors or a CPU. However, in other embodiments, the airsuction air sterilization system (including the associated separate orintegrated overhead air flow system) utilizes sensors and a CPU toadjust overhead air flow, percentage of humidity, and a degree(s) of airsuction. In certain cases, the coordination of the air suction with theoverhead air flow is adjusted manually. In other cases, the coordinationof the air suction with the overhead air flow is adjusted automatically.By coordination, in aspects, it is meant the adjustment of one or moreof air velocity, volume, trajectory, suction force, and/or humiditypercentage. Overhead air flow can include that of an air curtaindirected at and/or in front of the where an individual is sitting.

Overhead air flow can be used to move or direct exhaled air into or atan air collector. The overhead air flow can be located above the seatswithin the venue. The overhead air flow can be, by way of example only,air nozzles, air ducts, or air curtain. The air nozzles or air ducts canbe rotational around 360 degrees. The air nozzle or air ducts can berotated or turned 360 degrees along the x, y, and/or z axes. Theoverhead air flow can be directed at and/or in front of an individual'sexhaled air that is targeted. The overhead air flow can be directed atand/or in front of the exhaled air collector that is in front of wherean individual is sitting. A targeted individual can be an individualsitting in a seat of a multi-seated venue. A targeted individual can bean individual standing in a multi-person venue. The targeting of theindividual is to move all, or part of, the individual's exhaled airtowards an exhaled air collector by way of overhead airflow. By way ofexample only, the adjustable overhead air nozzle(s) above the head of anindividual sitting in a vehicle seat such as that of an aircraft, train,bus, or van can be aimed in the direction of an air collector positionedon the back of the seat directly in front of such individual.

Embodiments of the current invention can include exhaled air diagnosis,analysis, or screening in any indoor multi-seated venue where one seatis in front of another. This includes all kinds of vehicles and allkinds of theaters. In certain embodiments of the invention an exhaledair collector can connect to an exhaled air diagnostic device oranalyzer or screener. In certain embodiments the exhaled air diagnosticdevice or analyzer or screener is located within or attached to theexhaled air catch basin. In certain embodiments the exhaled airdiagnostic device or analyzer or screener is located within or attachedto the exhaled air collector. In certain embodiments the exhaled airdiagnostic device or analyzer or screener is located within or attachedto the exhaled air purification unit. In certain embodiments the exhaledair diagnostic device or analyzer or screener is located within orattached to the exhaled air purification chamber. In certain embodimentsthe exhaled air diagnostic device or analyzer or screener can bepositioned on, in, or in front of the back of a seat, chair, or bench.In certain embodiments, non-cleaned, non-filtered exhaled air from theexhaled air collector can be moved into the exhaled air diagnosticdevice or analyzer or screener. In certain embodiments, non-cleaned,non-filtered exhaled air from the exhaled air catch basin can be movedinto the exhaled air diagnostic device or analyzer or screener. Themovement can be by way of air suction or fan(s) pushing the exhaled air,or a combination of both. The exhaled air diagnostic device or analyzeror screener can comprise a plurality of sensors. These sensors can be,by way of example only, chemical sensor(s), nano-sensor(s),electro-chemical sensor(s), gas sensor(s), and/or thermal sensor(s). Thesensors can be used to analyze/screen/test for abnormal chemicalconcentrations of molecules or compounds found within the collectednon-cleaned and/or non-filtered exhaled air of an individual. By way ofexample only, it is known that one's exhaled breath analysis canindicate the possible presence (or propensity) of the followingconditions or health abnormalities: diabetes, multiple sclerosis,Parkinson disease, Alzheimer's, tuberculosis, chronic kidney disease,cancer of (lung, colon, breast, prostrate), asthma, stomach ulcers,COVID, bad breath, liver pathogenesis, and/or alcoholism. The exhaledair diagnostic device or analyzer or screener can comprise acommunication module. Such a communication module can have the option toprovide the individual whose exhaled air has been or is to be analyzedto approve or disapprove of having his or her exhaled air analyzed. Sucha communication module can have the option to block any communication ofthe analysis of the individual's exhaled air. Such a communicationmodule can have the option to approve the communication of the analysisof the individual's exhaled air. The communication module can providewired or wireless communication to the individual whose exhaled air isbeing analyzed and/or to a third party. Software can provide for theability to list those individuals who should be sent the exhaled airanalysis. Such software can be shown on a video display screen promptingthe individual to answer certain questions and optionally approve ordisapprove of having his or her breath analyzed. Such communication canbe that of an analysis of the individual's breath or an alert concerninga condition that was potentially identified to which the individual orthe individual's doctor should be made aware of. The exhaled airdiagnostic device or analyzer or screener can communicate wirelessly toa mobile device of the individual. Such a mobile device can be, by wayof example only, a cell phone, tablet computer, laptop computer, smartwatch, or other electronic device. The exhaled air diagnostic device oranalyzer or screener can communicate to a video display screen locatedon or in the back of a seat. The exhaled air diagnostic device oranalyzer or screener can communicate to a video display screen within oras part of an exhaled air collector. The exhaled air diagnostic deviceor analyzer or screener can comprise its own video display screen. Incertain embodiments, the exhaled air diagnostic device or analyzer orscreener can be independent of the exhaled air purification unit orsystem. In certain embodiments, the exhaled air diagnostic device oranalyzer or screener can be located on, in, or separated from but infront of a back of a seat, chair, or bench within a multi-seated indoorvenue. In certain embodiments the exhaled air collector can be that of acombination of a video display screen and its surrounding frame orhousing. In this embodiment the air suction conduit can be an arm thatsecures or supports the video display screen. The video display screencan be part, or all, of the recessed exhaled air blocking surface. Theexhaled air can be that of non-cleaned and/or non-filtered exhaled air.AI (artificial intelligence) and/or Machine Learning can be utilized toimprove the analysis of the exhaled air and/or improve the screeningand/or diagnosis accuracy. In certain embodiments of the invention, apassenger's or attendee's exhaled air can be subjected to microbescreening while the passenger or attendee is sitting in his or her seat.In certain embodiments of the invention, a passenger's or attendee'sexhaled air can be subjected to microbe diagnosis and/or its existencewhile the passenger or attendee is sitting in his or her seat. Incertain embodiments of the invention, a passengers or attendee's exhaledair can be subjected to viral diagnosis and/or its existence while thepassenger or attendee is sitting in his or her seat. In certainembodiments of the invention, a passenger's or attendee's exhaled aircan be subjected to germ diagnosis and/or its existence while thepassenger or attendee is sitting in his or her seat. In certainembodiments of the invention, a passenger's or attendee's exhaled aircan be subjected to coronavirus diagnosis and/or its existence while thepassenger or attendee is sitting in his or her seat. In certainembodiments of the invention, a passenger's or attendee's exhaled aircan be subjected to coronavirus diagnosis and/or its existence while thepassenger or attendee is being transported in a vehicle or sitting in atheater. In certain embodiments of the invention, a passenger's orattendee's exhaled air can be subjected to microbe diagnosis and/or itsexistence while the passenger is being transported in a vehicle or theattendee is sitting in a theater. In certain embodiments of theinvention, a passenger's or attendee's exhaled air can be subjected toviral diagnosis and/or its existence while the passenger beingtransported in a vehicle or the attendee is sitting in a theater. Incertain embodiments of the invention, a passenger's or attendee'sexhaled air can be subjected to germ diagnosis and/or its existencewhile the passenger is being transported in a vehicle or the attendee issitting in a theater. Downward air flow from above the passenger's orattendee's seat can be used to assist in moving the passenger's orattendee's air into an exhaled air collector located in the back, top,or side of the seat in front of the passenger or attendee. Thepassenger's or attendee's exhaled air can be subjected to a microchip.The passenger's or attendee's exhaled air can be subjected to a gassensor. The passenger's or attendee's exhaled air can be subjected to anelectrochemical sensor. The passenger's or attendee's exhaled air can besubjected to a thermal sensor. The passenger's or attendee's exhaled aircan be subjected to a spectrometer. The passenger's or attendee'sexhaled air can be subjected to THz spectroscopy. The microchip, afterbeing exposed to the passenger's or attendee's exhaled air, can besubjected to a spectrometer. A spectrometer can be part of the exhaledair purification system or exhaled air purification unit. A THzspectroscopy can be part of the exhaled air purification system orexhaled air purification unit. A computer device can be part of theexhaled air purification system or exhaled air purification unit. Acommunication device can be part of the air exhaled air purificationsystem or exhaled air purification unit. In certain embodiments, anexhaled air purification system or exhaled air purification unit usingdiagnostics can inform an infected passenger or attendee they areinfected with a virus or germ. In certain embodiments the air suctionsterilization system using diagnostics can inform the captain of avehicle that an infected passenger is traveling on their vehicle. Incertain embodiments the exhaled air purification system or the exhaledair purification unit using diagnostics can inform the owner of thevehicle that an infected passenger is traveling on their vehicle. Incertain embodiments the exhaled air purification system or the exhaledair purification unit using diagnostics can inform one of the owner,driver, pilot, and/or attendant of the vehicle that an infectedpassenger is traveling on their vehicle. In certain embodiments theexhaled air purification system or the exhaled air purification unitusing diagnostics can inform one of the owner, driver, pilot, and/orattendant of the vehicle that an infected passenger is traveling ontheir vehicle and in which seat the infected passenger is sitting. Thesame can occur within a multi-seated theater in which an attendee issitting, however in this case, by way of example only, theatermanagement or a security guard may be informed.

Another embodiment of an invention disclosed herein is of an airsanitized elevator, wherein an elevator car comprises a plurality of airsuction apertures or intakes and wherein the air suction apertures orintakes connect to a remote air purification chamber. The elevator carcan comprise a facade wall or walls that comprise air suction aperturesor intakes. In most, but not all cases, such a facade wall or walls areutilized when retrofitting an elevator car with such an air purificationsystem and/or air purification unit, including, in cases, a remote airpurification chamber. In still other embodiments where new elevatorconstruction is utilized, the walls of the elevator can provide thelocation for the air suction apertures or intakes. In either the case ofa facade wall(s) or a permanent wall(s) of the elevator car, thelocation of the air suction apertures or intakes can be below themidline height of the elevator facade wall(s) or permanent wall(s). Theelevator car can comprise downward air flow from the ceiling downward.The elevator car can comprise air flow upward into the ceiling. Theelevator car can comprise air suction apertures or intakes on multiplewalls. The elevator can comprise air suction apertures or intakes on thefloor. The elevator can comprise air suction apertures or intakes on theceiling. The air purification and/or air handling equipment can belocated at the bottom/underneath portion of the elevator car. The airpurification and/or air handling equipment can be located remotelyto/from the elevator car. The air purification and/or air handlingequipment can be located under the floor of the elevator car. The airpurification and/or air handling equipment can be located behind a wallof the elevator car. The air purification and/or air handling equipmentcan be located above the ceiling of the elevator car. The downward airflow within the elevator can be from an air curtain. In aspects, thedownward air flow can be from one or more fans, nozzles, vents, ducts,or holes. The downward air flow can be directional and controlled. Inthis embodiment the downward air flow moves the exhaled air of one ormore individuals within the elevator car downward towards the floor. Incertain embodiments the air suction apertures or intakes located in thefloor or the lower part of the side walls around the floor can then moveby way of suction the exhaled air out of the elevator car and to alocation where it can be cleaned and/or filtered and then recirculatedback into the elevator car. In certain embodiments the air suctionapertures or intakes located in the floor or the lower part of the sidewalls around the floor can then move by way of suction the exhaled airout of the elevator and to a location where it can be cleaned and/orfiltered and then exhausted into the outside environment. In certainembodiments the air suction apertures or intakes located in the floor orthe lower part of the side walls around the floor can then move by wayof suction the exhaled air out of the elevator where it can be exhaustedinto the outside environment.

Now turning to additional Figures, FIG. 1 shows an embodiment of an airpurification unit integrated within or attached to the back of a chairas described herein. The figure shows the back of the chair 1001, theexhaled air collector 1002, the recessed exhaled air surface blockingsurface 1003 at the back of the collector, and the air purificationchamber 1004, which in this case is adjacent and connected to theexhaled air collector. In this particular embodiment, the airpurification chamber includes a section for UVC light/radiated airpurification 1005. This embodiment also shows a trap guide 1006 fortrapping objects, including the trap for catching objects 1007.

FIG. 2 shows a cone of exhaled air, and demonstrates the expanded sideof a cone of exhaled air originating a human's mouth or nose 2001 andexpanding out at 22 degrees for the distance of 1 foot 2002, 2 feet2003, and 3 feet 2004. This figure is not to scale and assumes a 22degrees enlarging cone of exhaled air.

FIG. 3 shows a possible embodiment of an air purification unit asdescribed herein. This embodiment shows an exhaled air collector 3001directly adjacent and connected to the air purification chamber 3002. Inthis case, the air collector includes an upper wall 3003 and side wall3004. It also includes an exhaled air catch basin 3005 (see top edge offront lip 3006 of exhaled air catch basin) and the floor of the exhaledair basin 3007 shows an integrated air suction intake 3008 that leads tothe air purification chamber 3002. In this example, the unit includes agrate cover 3009, for example so that objects to not get inserted intothe air purification unit.

FIG. 4 shows another embodiment of the air purification unit. In thisembodiment the air collection section 4001 does not have a top wall or agrate like in FIG. 3 . It does have a recessed exhaled air blockingsurface 4002 and an exhaled air catch basin 4003 (see top edge of frontlip of exhaled air catch basin 4007). At the floor of the exhaled aircatch basin 4004 is an air suction intake 4005 that leads to the airpurification chamber 4006.

FIG. 5 shows a possible embodiment of an air purification unit asdescribed herein. This embodiment shows an exhaled air collector 5001directly adjacent and connected to the air purification chamber 5002. Inthis case, the air collector includes an upper wall and side wall, and arecessed exhaled air blocking surface 5009. It also includes an exhaledair catch basin 5005 (see top edge of front lip 5006 of exhaled aircatch basin) and the floor of the exhaled air basin 5007 shows anintegrated air suction intake 5008 that leads to the air purificationchamber 5002.

FIG. 6 shows a possible embodiment of an the exhaled air collectorconnected to a conduit. This embodiment shows an exhaled air collector6001 directly connected to the a conduit 6002. In this case, the aircollector includes an upper wall and side wall, and a recessed exhaledair blocking surface 6003. It also includes an exhaled air catch basin6004 (see top edge of front lip 6005 of exhaled air catch basin) and thefloor of the exhaled air basin 6006 shows an integrated air suctionintake 6007 that leads to the conduit 6002. In aspects, the conduit canlead to a remote air purification chamber, the floor and/or intake ventsnear the floor of an aircraft cabin, an HVAC unit, an air purificationor handling system, out of a venue, or other examples as describedherein. In aspects, the conduit can be networked with other conduits,air purification units, air collectors, or other aspects of an airpurification unit, and, in cases, can lead to one or more airpurification chambers.

FIGS. 7A, 7B, and 7C show different embodiments of an air purificationunit comprising an exhaled air collector 7001 and an air purificationchamber 7002. In FIG. 7A, an embodiment is shown with a fan 7003 at thetop of or above the air purification unit, which in aspects pushes,blows, and/or directs exhaled air downward and/or towards the exhaledair blocking surface 7005. FIG. 7A also includes an air flow diverter7004 to divert exhaled or blown air downward and/or towards the exhaledair blocking surface 7005, which leads to an air suction intake 7006 andto the air purification chamber 7002, which in this case shows anoptional HEPA filter(s) 7007 and an optional UVC light(s) 7008. Thisembodiment also shows a fan 7009 under, beneath, or incorporated in theair purification chamber that suctions air downwards and/or pushes airout of the air purification chamber. FIG. 7B shows a similar embodimentto FIG. 7A but wherein a fan is not located at the top of or above theair purification unit. In the case of FIG. 7B, air flow, gravity, and/orthe air suction intake can move, divert, direct, and/or suction air intothe air purification chamber. FIG. 7C shows a similar embodiment to FIG.7A but wherein the exhaled air collector comprises a videoscreen/display 7010. In aspects, the exhaled air blocking surface can bethe video screen/display or the video screen/display can be in front ofthe exhaled air blocking surface.

FIG. 8 shows a typical air circulation configuration in the cabin of anaircraft. Air comes from or is pumped or is blown from at or near theceiling of the aircraft cabin 8001 and then goes towards the floor ofthe aircraft cabin 8002, in cases carrying exhaled air from cabinpassengers 8003 where that air is sucked into vents in or near the floorof the aircraft 8004. It then passes to the aircraft's air purificationor handling system 8005 and then the purified or handled air is returnedto the ceiling of the air and the cycle begins again. In some cases airfrom the cabin is released from the aircraft. This system or similarsystems as understood by one of skill in the art is in cases used byother vehicles, such as trains, cars, buses, trucks, etc.

Such a system is similarly shown in FIG. 9 , wherein air comes from oris pumped or blown from the ceiling of the aircraft 9001, such as ventsor nozzles. The air from the ceiling moves exhaled air from passengers9003 in the aircraft cabin towards the floor of the aircraft 9002 wherethe air from the aircraft cabin and the exhaled air is then captured byvents at or near the floor of the aircraft cabin 9004.

FIG. 11 shows an embodiment such as in a vehicle, wherein an overheadair duct 1101 creates downward overhead air flow 1102 which movesexhaled air 1103 from a passenger 1104 to an air suction intake 1105 andthen to an air suction conduit 1106, which moves the exhaled air to aremote air purification chamber, an air handling unit, an HVAC, and/orto a different environment. FIG. 12 shows an embodiment such as in avehicle, wherein an overhead air duct 1201 creates downward overhead airflow 1202 which moves exhaled air 1203 from a passenger 1204 to anexhaled air collector 1205 as described herein and then to an airsuction conduit 1206—such as by way of or through a conduit connectingthe exhaled air collector 1205 to the air suction conduit 1206—which airsuction conduit 1206 moves the exhaled air to a remote air purificationchamber, an air handling unit, an HVAC, and/or to a differentenvironment. In this case the exhaled air collector can be integratedwithin or attached to the seat/chair. FIG. 13 shows an embodiment suchas in a vehicle, wherein an overhead air duct 1301 creates downwardoverhead air flow 1302 which moves exhaled air 1303 from a passenger1304 to an air purification 1305 as described herein, wherein the airpurification can be integrated within or attached to the seat/chair,including removeably attached so that the air purification unit can beremoved, attached, and replaced. In this case the air purification unitcan be mobile and taken or carried from one place to another. FIG. 14shows an embodiment such as in a vehicle, wherein downward moving airflow 1402 from the aircraft's air handling system air flow moves exhaledair 1403 from a passenger 1404 to an exhaled air collector 1405 attachedto the seat and then to an air conduit attached to the seat 1406, whichmoves the exhaled air to a vent at or near the floor of the cabin 1407,such as in the lower cabin walls, which then takes the exhaled air andaircraft's downward moving air flow/current out of the cabin. Inaspects, this air is then moved to a remote air purification chamber, anair handling unit, an HVAC, and/or to a different environment.

FIG. 15A shows an embodiment wherein the backside of the seat 1501integrates an air purification unit 1502. In this example, exhaled air1503 is collected by an exhaled air collector 1504, cleaned by an airpurification chamber 1505, and then released 1506 from the airpurification unit. The air purification unit could also be releasablyattached to the back side of the seat, such as by hooking onto the seatwith a hooking mechanism, hook, fastener, Velcro, snap, button, zipper,clasp, or other mechanism for attaching the air purification to the backof seat. FIG. 15B shows a fan 1507 pushing air downwards 1508 over theexhaled air blocking 1509, which in cases comprises an electronic videodisplay screen 1510, and then the collected exhaled air is pushed downand/or suctioned into an air suction intake 1511. In this embodiment,that air passes directly to an air purification chamber 1512, where itis cleaned, such as by filters or UVC lights 1513 located internallywithin the air purification chamber, and the cleaned air 1514 is thenreleased from the air purification unit, such as by an exhaust fan 1515located internally or externally with respect to the air purificationchamber. In aspects, the exhaled air blocking surface is recessed 4inches within the back of the seat 1516. In this embodiment audiospeakers 1517 are also shown. In aspects, the exhaled air blockingsurface of the exhaled air collector can be recessed around 3 or 4inches. The exhaled air blocking surface of the exhaled air collectorcan be recessed within a range of 0.25 inches to 12 inches. Aspects mayinclude a tray, such as a hidden tray. In aspects, exhaled air is pusheddownwards by a vehicle's air handling or purification unit, overheadvents, fans, or nozzles, and/or fan(s) above or on top of the airpurification unit or exhaled air collector. In some cases, no overheadair flow or current is used, such as the aforementioned vehicle's airhandling or purification unit, overhead vents, fans or nozzles, and/orfan(s) above or on top of the air purification unit or exhaled aircollector. In such cases, gravity or the natural direction of exhaledair is used, such as when the exhaled air hits the exhaled air blockingsurface of the exhaled air collector it naturally heads downward to theair suction intake; the air suction intake, in aspects, may also assistdownward flow of the exhaled air towards the air suction intake andinto, for example, a conduit or air purification chamber.

FIG. 16A shows an embodiment wherein the backside of the seat 1601 hasan air purification unit 1602 attached, such as by hooking onto the seatwith a hooking mechanism (e.g., 1618), hook, fastener, Velcro, snap,button, zipper, clasp, or other mechanism for attaching the airpurification to the back of seat. In other embodiments, the airpurification can be integrated within the back of the seat. In thisexample, exhaled air 1603 is pushed downward by downward air flow 1619,such as from a vent or nozzle in or near a vehicle ceiling (notpictured), is collected by an exhaled air collector 1604, cleaned by anair purification chamber 1605, and then released 1606 from the airpurification unit. FIG. 16B shows a fan 1607 pushing air downwards 1608over the exhaled air blocking 1609, which in cases comprises anelectronic video display screen 1610. In this case, exhaled air meetsdownward moving air 1620 and moves exhaled air mixed with downwardmoving air to the air suction intake 1611 where it suctioned into an airsuction intake 1611. In this embodiment, that air passes directly to anair purification chamber 1612, where it is cleaned, such as by filtersor UVC lights 1613 located internally within the air purificationchamber, and the cleaned air 1614 is then released from the airpurification unit, such as by an exhaust fan 1615 located internally orexternally with respect to the air purification chamber. In aspects, theexhaled air blocking surface is recessed 3 inches within the back of theseat 1616. In this embodiment audio speakers 1617 are also shown. Inaspects, the exhaled air collector can be recessed around 3 or 4 inches.Aspects may include a tray, such as a hidden tray. In aspects, exhaledair is pushed downwards by a vehicle's air handling or purificationunit, overhead vents, fans or nozzles, and/or fan(s) above or on top ofthe air purification unit or exhaled air collector. In some cases, nooverhead air flow or current is used, such as the aforementionedvehicle's air handling or purification unit, overhead vents, fans ornozzles, and/or fan(s) above or on top of the air purification unit orexhaled air collector. In such cases, gravity or the natural directionof exhaled air is used, such as when the exhaled air hits the exhaledair blocking surface of the exhaled air collector it naturally headsdownward to the air suction intake; the air suction intake, in aspects,may also assist downward flow of the exhaled air towards the air suctionintake and into, for example, a conduit or air purification chamber.

FIG. 17 shows an embodiment of an air purification attached to, embeddedor integrated within, or built into the back of a seat 1701. The figureshows a chair 1702 showing a back overhang 1703 and a knee height whensomebody is sitting in the seat 1704. This embodiment shows the airpurification unit being provided under the overhang of the seat. In thisembodiment, the air purification unit comprises a recessed exhaled airblocking surface 1705 recessed within the exhaled air collector 1706(see wall of air collector 1707). At the bottom of the exhaled aircollector is an exhaled air catch basin 1708, wherein typically an airsuction aspect would bring exhaled air into the air purification chamber1709, which, in cases, sends cleaned and/or purified air out 1710.

FIG. 18 shows an embodiment of an air purification attached to, embeddedor integrated within, or built into the back of a seat 1801. The figureshows a chair 1802 showing a back overhang 1803 and a knee height whensomebody is sitting in the seat 1804. This embodiment shows the airpurification unit being provided under the overhang of the seat. In thisembodiment, the air purification unit comprises a recessed exhaled airblocking surface 1805 recessed within the exhaled air collector 1806(see wall of air collector 1807). At the bottom of the exhaled aircollector is an exhaled air catch basin 1808, which, in this case, leadsto an air suction intake 1809, which, in this case, sends air to aconduit 1810, which, in aspects, may transport that air to a remote airpurification chamber.

FIG. 19A shows the back of a seat shaped to divert exhaled air downwardstowards the floor. It shows a seat looking from the top down with a seatcushion 1901 where a passenger sits and the back of the seat 1902wherein a shaped indentation 1903 slopes inward from the top (or nearthe top) of the back side of the seat towards the bottom of the backside of the seat. FIG. 19B shows a similar shows a different shapedindentation 1904. FIG. 20 shows similar embodiments wherein a tray isextended horizontally 2001 from the back of the seat, such as a traytable on the back of an aircraft cabin seat. In aspects, the shapedindentation on the back side of the seat starts 0.25 inch or more fromthe top of the back side of the seat and extends down to a point on oralong the back side of the seat that is opposite to or lower than thebottom edge of the horizontal tray, such as when it down and/or extendedfor use. FIG. 21 shows a similar embodiment but wherein the shapedindentation includes a video display screen 2101. For clarity, a fan orfans can be located at the top of the indentation facing downward inorder to blow, direct, or move exhaled air captured by the shapedindentation (e.g., the exhaled air collector) downward towards the floorthrough, via, or by way of the indentation in the back of the seat. Inembodiments, the indentation connects to a conduit within or attached tothe back of the seat. FIG. 21B is a view of the back of the seat showingthe back side of the back of the seat 2102 and the video display screen2103 that is, in aspects, the recessed exhaled air blocking surface.FIG. 21B also shows where, in aspects, the horizontal tray 2104 islocated relative to the screen and the shaped indentation 2105 that canalso, in cases, act as the exhaled air collector. FIG. 21B also showschair legs 2106 and the floor 2107. In the view of the back side of theseat in FIG. 22 , similar to FIG. 21B. FIG. 22 includes arrows 2201showing a path of exhaled air that contacts the display screen acting asthe recessed exhaled air blocking surface and then wherein the exhaledair moves down the exhaled air collector and towards the floor. Thismovement can be aided, in aspects, by a fan or fans or an air handlingsystem of a vehicle, such as an aircraft, car, bus, truck, or train. Inaspects, the movement of the exhaled air happens as gravity pulls theexhaled air downwards. FIG. 23 is similar to FIG. 22 but adds dottedarrows 2201 showing the flow of exhaled air within a conduit 2202 in theback of the seat (or attached to the back of the seat) that opens at thebottom of or near or towards the bottom of the seat (such as at or nearthe floor 2203). FIG. 24 is similar to FIG. 23 but shows a fan or fans2401 located at the top of or above the air purification unit or exhaledair collector that blow air downwards, such as providing an air curtainblowing air downwards.

FIG. 25 shows an embodiment of an air purification unit with anattachable or fixed head rest. In this figure, the back of the chair2501 is shown and the front of the char is shown 2511 along with an airpurification unit that hooks onto the top of the chair, such as using aseat top hook attachment 2512, and includes a head rest 2502 for thechair onto which the air purification unit is attached. As elsewheredescribed herein, the air purification unit is shown with an exhaled aircollector 2503 wherein exhaled air 2504 is directed, including arecessed exhaled air blocking surface 2505. The air passes to an airpurification chamber 2506, which in this embodiment comprises anoptional trap guide 2507 for objects that fall into the chamber andoptional UVC lights 2508. This embodiment also shows an optional fan2509 at or towards the bottom of the air purification unit, which blowsclean air 2510 out of the air purification unit.

FIG. 26 shown an embodiment wherein an exhaled air collector 2601 isbuilt into a seat back 2602 and optionally comprises a video screen2603, which in cases can act as an exhaled air collector blockingsurface (which in aspects is recessed into the back of the seat). Inthis embodiment the air collector leads to an air suction conduit 2604,which is directed towards the bottom of the seat and then out of theenvironment (e.g., aircraft cabin). The arrows 2605 indicate movement ofexhaled air.

FIG. 28 shows an embodiment in an elevator car wherein an elevator carmay be retrofitted with an air suction sanitization system. In thisaspect, interior (facade) false walls may be used, along with optionalfloor aspects, comprising apertures connected to conduits that lead toan air sanitization system or unit. In aspects, an air duct leads tovents or nozzles or holes at or near the ceiling that blow air downward,creating a downward air flow. This downward air flow directs exhaled airdownwards and towards apertures in the walls and/or floor that in casessuck the air through the apertures into a conduit that may lead to anair purification system, such as an air purification chamber. FIG. 29shows an embodiment but wherein the elevator car is manufactured withthe downward air flow elements and apertures and conduits and does notrequire retrofitting (e.g., using facades) as shown in FIG. 28 .

FIG. 30 shows an embodiment of air flow from an air curtain, whereinrate/velocity is, in aspects, preferably higher than thecoughing/sneezing values in order to bring the exhaled air and theaerosol particles from the mouth downwards. According to the Figure, inembodiments, Maximum Values are as follows:

-   -   Velocities:    -   Coughing: 15 m/s    -   Speaking: 5 m/s    -   Sneezing: >6 m/s (>100 m/s)    -   Breathing: 1.4 m/s    -   Particle Size:    -   Coughing: 12 um    -   Speaking 13 um    -   Sneezing: 7-100 um    -   Particle No.:    -   Coughing: 3,000    -   Speaking: 6,000 (10 minutes talking)    -   Sneezing: 40,000    -   Flow Rate:    -   Coughing: 61/s (100 times)    -   Breathing: 0.71/s (2 hours)    -   Speaking: 1.61/s (2 hours)

Aspect A of FIG. 30 shows an air flow from an air curtain. Flowrate/velocity, in aspects, should be higher than the coughing/sneezingvalues in order to bring the exhaled air and the aerosol particles fromthe mouth downwards.

FIG. 31 shows an embodiment wherein air 3101 flows from one or more airblowers 3102 through a straight vent 3103 and forms an air curtain orair knife. In aspects, the air blowers direct air through a vent 3103.

FIG. 32 shows a curved air vent 3201 concave to the face outflowing airaperture or outward air vent; a fan or air blower 3202 above theoutflowing air aperture or outward air vent 3201; an air curtain goingdownward 3203; and an air curtain sloping away from the face 3203.

FIG. 33 shows three separated and curved outflow air apertures oroutflow air vents 3301 in the same indoor room or space/environment,wherein the outflow air aperture or outflow air vent when viewed fromabove appear straight horizontally in length and when viewed from thefront the outer edges or ends of the curved outflow air aperture oroutflow air vent are curved lower or closer to the floor than all or aportion of the center of the curved outflow air aperture or outflow airvent (see front-view 3304 for additional detail); several downward aircurtains 3302; six fans or air blowers (2 fans or air blowers for eachair curtain) 3303 but only one elongated curved aperture 3304; airsuction intakes 3305; an air suction and sterilization chamber or aircleaning system 3306; and downward air flow in addition to and separatefrom the downward air curtains 3307.

FIG. 34 shows three separated and curved outflow air apertures oroutflow air vents 3401 in the same indoor room or space/environment,wherein the outflow air aperture or outflow air vent when viewed fromabove appear straight horizontally in length and when viewed from thefront the outer edges or ends of the curved outflow air aperture oroutflow air vent are curved lower or closer to the floor than all or aportion of the center of the curved outflow air aperture or outflow airvent (see front-view 3404 for additional detail); several downward aircurtains 3402; six fans or air blowers 3403 (2 fans or air blowers foreach air curtain, but only one elongated curved or straight aperture orvent 3404 for each air curtain 3405); air suction intakes 3406; an airsuction and sterilization chamber and/or air cleaning system 3407. Asshown in FIGS. 33 and 34 , an air curtain can be formed by a curvedoutflow air aperture or curved outflow air vent, either of which can becurved vertically or horizontally relative to a floor. In aspects, thecurved outflow air aperture or the curved outflow air vent can be curvedvertically and remain straight when viewed horizontally. For example,FIG. 31 depicts a top-down view showing that the curved outflow airaperture or the curved outflow air vent can appear straight when viewedhorizontally.

An embodiment of the invention is:

An air handling device comprising an exhaled air collector and an airsuction conduit, wherein the exhaled air collector is connected to theair suction conduit, wherein the air handling device is attached to,incorporated into, connected to, integrated with, part of, and/orseparated and located behind a sitting apparatus, wherein the exhaledair collector collects, captures, and/or redirects exhaled air, whereinthe air suction conduit transports the exhaled air in a downwardsdirection towards a floor or a ground, and wherein the air suctionconduit comprises an opening that releases the exhaled air above thefloor or the ground.

An embodiment of the invention is:

An air handling device comprising an exhaled air collector attached to,incorporated into, connected to, integrated with, part of, and/orseparated and located behind a sitting apparatus, wherein the exhaledair collector comprises or is connected to an air suction intake,wherein the air suction intake is connected directly to an airpurification chamber or is connected to an air suction conduit thatleads to a remote air purification chamber.

An embodiment of the invention blocks and deflects exhaled air>capturesand collects exhaled air>releases non-filtered and non-cleaned exhaledair into the venue.

An embodiment of the invention blocks and deflects exhaled air>capturesand collects exhaled air>releases non-filtered and non-cleaned exhaledair>the non-filtered and non-cleaned exhaled air is moved by the venue'sair flow into one or more of the venue's HVAC system, air purificationsystem, or air handling system.

An embodiment of the invention blocks and deflects exhaled air>capturesand collects exhaled air>cleans exhaled air>releases cleaned exhaled airinto the venue.

An embodiment of the invention blocks and deflects exhaled air>capturesand collects exhaled air>cleans and filters exhaled air>releases cleanedand filtered exhaled air into the venue.

An embodiment of the invention blocks and deflects exhaled air>capturesand collects exhaled air>cleans and filters exhaled air>releases thecleaned and filtered exhaled air to the outdoors.

An embodiment of the invention blocks and deflects exhaled air>capturesand collects exhaled air>cleans exhaled air>releases the cleaned exhaledair to the outdoors.

An embodiment of the invention blocks and deflects exhaled air>capturesand collects exhaled air>cleans and filters exhaled air>moves thecleaned and filtered exhaled air into venue's HVAC system.

An embodiment of the invention blocks and deflects exhaled air>capturesand collects exhaled air>moves the exhaled air into one or more of thevenue's HVAC system and/or air purification chamber where it is cleanedand/or filtered and moved into the venue by the venue's air handlingsystem.

The current invention includes several Aspects, as described below.

Aspect 1: An air management system for an indoor room or space, the airmanagement system comprising a plurality of curved air outflow aperturesor curved outflow air vents providing a plurality of downwardly directedair curtains blowing in front of faces of a plurality of individualslocated within a common indoor room or space, wherein each of theplurality of downwardly directed air curtains influences a flow ofexhaled air from at least one of the plurality of individuals by forminga separate air curtain portion in front of the faces of each individualof the plurality of individuals. In aspects, the curved air outflowapertures or curved outflow air vents can be elongated in a longitudinalmanner such that an air curtain emanating therefrom is shaped by thecurvature of the curved air outflow apertures or curved outflow airvents. By way of example only, a “C” shaped curved air outflow apertureor curved outflow air vent can create a downward blowing curtain of airin a substantially “C” shape that is concave or convex relative to auser's face. Influencing the exhaled air includes by way of example, butis not limited to, the way exhaled air is affected as described herein,including that the exhaled air is blown downwards and dispersed or incases suctioned by one or more air suction intakes.

One curved or straight outflow air aperture or outflow air vent canprovide at least one air curtain portion that covers the face of oneindividual. Such a curved or straight outflow air aperture or outflowair vent can be elongated horizontally.

Downward air flow can be provided by the air management system inaddition to that of the air curtains.

The outflow air curtains, or outflow air vents can be distance separatedfrom one another.

The air suction intakes can be distance separated from one another.

In aspects, an air fan or air blower can provide a downward curtain ofair in front of the face of a user and whereby the downward angle of airis parallel to the face of the user or slopes away from the face of theuser. In other embodiments the downward air curtain can be parallel orangled toward the face of the user.

The air sterilization system can comprise an air suction system and anair sterilization system. In embodiments the air sterilization systemcan affect an individual whereby a fan or air blower can provide adownward air curtain of air flow towards, for example, an air suctionsterilization table.

In several of the embodiments the air flow direction and speed isinfluenced by the combination of the air suction aperture(s), relatedsuction equipment and air ducts that provide in certain embodimentsdownward air flow that pushes a viral or germ filled aerosol (ordroplets) in the direction of the air suction aperture(s) prior to itbeing subjected to the air sterilization equipment. In other embodimentsthe air flow is influenced by the combination of the air suctionaperture(s), related suction equipment and air ducts that provide incertain embodiments upward air flow that pulls out upward viral or germfilled aerosol (or droplets) in combination with the viral or germfilled aerosol (or droplets) that is projected forward by theindividuals exhaled air, cough, or sneeze directed forward and upwardtowards the air suction aperture(s) prior to it being subjected to theair sterilization equipment.

Aspect 2: The air management system of Aspect 1, wherein the pluralityof downwardly directed air curtains slope away from the faces of theplurality of individuals, such that an upper distance between theplurality of downwardly directed air curtains and the faces of theplurality of individuals is shorter than a lower distance between theplurality of downwardly directed air curtains and the faces of theplurality of individuals.

Aspect 3: The air management system of Aspect 1, wherein air from theplurality of downwardly directed air curtains is suctioned towards orinto at least one of a plurality of air suction aperture intakes locatedbeneath the faces of the plurality of individuals.

Aspect 4: The air management system of Aspect 1, wherein curved airoutflow apertures or curved outflow air vents of the plurality of curvedair outflow apertures or curved outflow air vents are distance separatedfrom one another.

Aspect 5: The air management system of Aspect 1, wherein the pluralityof downwardly directed air curtains are concave relative to the faces ofthe plurality of individuals.

Aspect 6: The air management system of Aspect 1, wherein a plurality ofair suction intakes suction air from the plurality of downwardlydirected air curtains towards and into the plurality of air suctionintakes.

Aspect 7: The air management system of Aspect 6, wherein the pluralityof air suction intakes connect with at least one of an air filteringmechanism and an air sterilizing mechanism.

Aspect 8: The air management system of Aspect 6, wherein the pluralityof air suction intakes are located below the faces of the plurality ofindividuals.

Aspect 9: The air management system of Aspect 6, wherein the pluralityof air suction intakes comprise a plurality of air suction apertures.

Aspect 10: The air management system of Aspect 1, further comprising aplurality of air suction intakes and a common means for sterilizing orcleaning exhaled air from the plurality of individuals.

Aspect 11: The air management system of Aspect 1, further comprising aplurality of air suction intakes and a means for exhausting exhaled airfrom the plurality of air suction intakes to an outdoor environment.

Aspect 12: The air management system of Aspect 1, further comprising atleast one of a germicidal filter, a viricidal filter, a filter, anultraviolet light, a UVC light, a germicidal light, a germicidal gas,microbicidal particles, anti-microbial agents, anti-microbial particles,germicidal particles, copper ions, silver ions, silver nanoparticles,TiO2 nanoparticles, ZnO nanoparticles, organic compounds, hybrids oforganic/inorganic nanoparticles, an activated carbon filter, andmicrobicidal heat.

Aspect 13: The air management system of Aspect 1, further comprising oneor more of a fan, fans, a nozzle, nozzles, a duct, ducts, an air blower,air blowers, a vent, and vents.

Aspect 14: The air management system of Aspect 1, wherein downwardlydirected air curtains of the plurality of downwardly directed aircurtains comprise a horizontal width that is greater than a front toback thickness of the downwardly directed air curtains of the pluralityof downwardly directed air curtains.

Aspect 15: The air management system of Aspect 1, wherein the downwardlydirected air curtains comprise a shaped and directional downward airflow.

The downward air flow of an air curtain influences the direction and/orvelocity of an individual's exhaled air.

Aspect 16: The air management system of Aspect 1, wherein the commonindoor room or space is one of a workspace, a workstation, an office, ahospital room, a health care room, a restaurant, an indoor sports arena,a movie theater, an entertainment theater, an information exchangetheater, an education room, a house of worship, an automobile, anairplane, a train, a bus, a vehicle, and an elevator.

Aspect 17: The air management system of Aspect 1, wherein the pluralityof downwardly directed air curtains are curved, and wherein the airmanagement system further comprises a second means of downward air flowwithin the common indoor room or space in addition to the curveddownwardly directed air curtains.

Aspect 18: An air management system for an indoor room or space, the airmanagement system comprising:

-   -   a. a plurality of air outflow air apertures or outflow air vents        providing a plurality of shaped air curtains;    -   b. a plurality of vents providing downward air flow different        from air flow provided by the plurality of shaped air curtains;    -   c. a plurality of air suction intakes; and    -   d. at least one of an air filtering mechanism and an air        sterilizing mechanism; wherein at least a portion of the        plurality of shaped air curtains covers or blows in front of        faces of a plurality of individuals seated within the indoor        room or space.

Aspect 19: The air management system of Aspect 18, wherein the pluralityof air outflow apertures or outflow air vents are curved.

Aspect 20: The air management system of Aspect 18, wherein the pluralityof shaped air curtains are curved.

Aspect 21: The air management system of Aspect 18, wherein the airoutflow apertures or outflow air vents provide downwardly directed airflow.

Aspect 22: The air management system of Aspect 18, wherein the pluralityof air outflow apertures or outflow air vents are separated from eachother.

Aspect 23: The air management system of Aspect 18, wherein the pluralityof air suction intakes transfer air from the plurality of shaped aircurtains towards the at least one of the air filtering and the airsterilizing mechanism.

Aspect 24: The air management system of Aspect 18, further comprising ameans for exhausting exhaled air of the plurality of individuals to anoutdoor environment.

Aspect 25: The air management system of Aspect 18, wherein air flow fromthe plurality of shaped air curtains slope away from the faces of theplurality of individuals, such that an upper distance between theplurality of shaped air curtains and the faces of the plurality ofindividuals is shorter than a lower distance between the plurality ofshaped air curtains and the faces of the plurality of individuals.

Aspect 26: The air management system of Aspect 18, wherein the indoorroom or space is one of a workspace, a workstation, an office, ahospital room, a health care room, a restaurant, an indoor sports arena,a movie theater, an entertainment theater, an information exchangetheater, an education room, a house of worship, an automobile, anairplane, a train, a bus, a vehicle, and an elevator.

Aspect 27: The air management system of Aspect 18, further comprising atleast one of a germicidal filter, a viricidal filter, a filter, anultraviolet light, a UVC light, a germicidal light, a germicidal gas,microbicidal particles, anti-microbial agents, germicidal particles,copper ions, silver ions, silver nanoparticles, TiO2 nanoparticles, ZnOnanoparticles, organic compounds, hybrids of organic/inorganicnanoparticles, an activated carbon filter, and microbicidal heat.

Aspect 28: The air management system of Aspect 18, wherein the pluralityof shaped air curtains provide a shaped air flow.

Aspect 29: The air management system of Aspect 18, wherein the pluralityof shaped air curtains influence a direction of exhaled air fromdifferent individuals of the plurality of individuals.

Aspect 30: An air management system for enhancing the safety of aplurality of individuals located within a common indoor room or space,the air management system comprising a plurality of downwardly blowingcurved or flat air curtains, wherein the plurality of downwardly blowingcurved or flat air curtains force exhaled air from the plurality ofindividuals downwards, wherein a first downwardly blowing curved or flatair curtain of the plurality of downwardly blowing curved or flat aircurtains blows air in front of a face of a first individual of theplurality of individuals and a second downwardly blowing curved or flatair curtain of the plurality of downwardly blowing curved or flat aircurtains blows air in front of a face of a second individual of theplurality of individuals, wherein a portion of the first downwardlyblowing curved or flat air curtain in front of the face of the firstindividual is separate from a portion of the downwardly blowing curvedor flat air curtain in front of the face of the second individual, andwherein both separated portions of the first and the second downwardlyblowing curved or flat air curtains of the plurality of downwardlyblowing curved or flat air curtains slope away from the faces of thefirst individual and the second individual of the plurality ofindividuals such that the separated portions of the two downwardlyblowing curved or flat air curtains move farther away from the faces ofthe two individuals of the plurality of individuals as the twodownwardly blowing curved or flat air curtains travel downwards.

Embodiments of the invention also include a computer readable mediumcomprising one or more computer files comprising a set ofcomputer-executable instructions for performing one or more of thecalculations, steps, processes, and operations described and/or depictedherein. In exemplary embodiments, the files may be stored contiguouslyor non-contiguously on the computer-readable medium. Embodiments mayinclude a computer program product comprising the computer files, eitherin the form of the computer-readable medium comprising the computerfiles and, optionally, made available to a consumer through packaging,or alternatively made available to a consumer through electronicdistribution. As used in the context of this specification, a“computer-readable medium” is a non-transitory computer-readable mediumand includes any kind of computer memory such as floppy disks,conventional hard disks, CD-ROM, Flash ROM, non-volatile ROM,electrically erasable programmable read-only memory (EEPROM), and RAM.In exemplary embodiments, the computer readable medium has a set ofinstructions stored thereon which, when executed by a processor, causethe processor to perform tasks, based on data stored in the electronicdatabase or memory described herein. The processor may implement thisprocess through any of the procedures discussed in this disclosure orthrough any equivalent procedure.

In other embodiments of the invention, files comprising the set ofcomputer-executable instructions may be stored in computer-readablememory on a single computer or distributed across multiple computers. Askilled artisan will further appreciate, in light of this disclosure,how the invention can be implemented, in addition to software, usinghardware or firmware. As such, as used herein, the operations of theinvention can be implemented in a system comprising a combination ofsoftware, hardware, or firmware.

Embodiments of this disclosure include one or more computers or devicesloaded with a set of the computer-executable instructions describedherein. The computers or devices may be a general purpose computer, aspecial-purpose computer, or other programmable data processingapparatus to produce a particular machine, such that the one or morecomputers or devices are instructed and configured to carry out thecalculations, processes, steps, operations, algorithms, statisticalmethods, formulas, or computational routines of this disclosure. Thecomputer or device performing the specified calculations, processes,steps, operations, algorithms, statistical methods, formulas, orcomputational routines of this disclosure may comprise at least oneprocessing element such as a central processing unit (i.e., processor)and a form of computer-readable memory which may include random-accessmemory (RAM) or read-only memory (ROM). The computer-executableinstructions can be embedded in computer hardware or stored in thecomputer-readable memory such that the computer or device may bedirected to perform one or more of the calculations, steps, processesand operations depicted and/or described herein.

Additional embodiments of this disclosure comprise a computer system forcarrying out the computer-implemented method of this disclosure. Thecomputer system may comprise a processor for executing thecomputer-executable instructions, one or more electronic databasescontaining the data or information described herein, an input/outputinterface or user interface, and a set of instructions (e.g., software)for carrying out the method. The computer system can include astand-alone computer, such as a desktop computer, a portable computer,such as a tablet, laptop, PDA, or smartphone, or a set of computersconnected through a network including a client-server configuration andone or more database servers. The network may use any suitable networkprotocol, including IP, UDP, or ICMP, and may be any suitable wired orwireless network including any local area network, wide area network,Internet network, telecommunications network, Wi-Fi enabled network, orBluetooth enabled network. In one embodiment, the computer systemcomprises a central computer connected to the internet that has thecomputer-executable instructions stored in memory that is operablyconnected to an internal electronic database. The central computer mayperform the computer-implemented method based on input and commandsreceived from remote computers through the internet. The centralcomputer may effectively serve as a server and the remote computers mayserve as client computers such that the server-client relationship isestablished, and the client computers issue queries or receive outputfrom the server over a network.

The input/output interfaces may include a graphical user interface (GUI)which may be used in conjunction with the computer-executable code andelectronic databases. The graphical user interface may allow a user toperform these tasks through the use of text fields, check boxes,pull-downs, command buttons, and the like. A skilled artisan willappreciate how such graphical features may be implemented for performingthe tasks of this disclosure. The user interface may optionally beaccessible through a computer connected to the internet. In oneembodiment, the user interface is accessible by typing in an internetaddress through an industry standard web browser and logging into a webpage. The user interface may then be operated through a remote computer(client computer) accessing the web page and transmitting queries orreceiving output from a server through a network connection.

One skilled in the art will recognize that the disclosed features may beused singularly, in any combination, or omitted based on therequirements and specifications of a given application or design. Whenan embodiment refers to “comprising” certain features, it is to beunderstood that the embodiments can alternatively “consist of” or“consist essentially of” any one or more of the features. Otherembodiments of the invention will be apparent to those skilled in theart from consideration of the specification and practice of theinvention.

It is noted that where a range of values is provided in thisspecification, each value between the upper and lower limits of thatrange is also specifically disclosed. The upper and lower limits ofthese smaller ranges may independently be included or excluded in therange as well. The singular forms “a,” “an,” and “the” include pluralreferents unless the context clearly dictates otherwise. It is intendedthat the specification and examples be considered as exemplary in natureand that variations that do not depart from the essence of the inventionfall within the scope of the invention. Further, all the referencescited in this disclosure are each individually incorporated by referenceherein in their entireties and as such are intended to provide anefficient way of supplementing the enabling disclosure of this inventionas well as provide background detailing the level of ordinary skill inthe art. It is noteworthy that in certain embodiments, the reference toan aircraft is utilized. However, such embodiments can be utilized forall types of vehicles where multiple seated individuals are seated onebehind the other. It is noteworthy that in certain embodiments thereference to a theater is utilized. However, such embodiments can beutilized for all types of theaters where multiple seated individuals areseated one behind the other.

As used herein, the term “about” refers to plus or minus 5 units (e.g.,percentage) of the stated value.

Reference in the specification to, e.g., “some embodiments,” “anembodiment,” “one embodiment,” or “other embodiments” means that aparticular feature, structure, or characteristic described in connectionwith the embodiments is included in at least some embodiments, but notnecessarily all embodiments, of the inventions.

As used herein, the term “substantial” and “substantially” refers towhat is easily recognizable to one of ordinary skill in the art.

It is to be understood that the phraseology and terminology employedherein is not to be construed as limiting and are for descriptivepurpose only.

It is to be understood that the details set forth herein do not construea limitation to an application of the invention.

Furthermore, it is to be understood that the invention can be carriedout or practiced in various ways and that the invention can beimplemented in embodiments other than the ones outlined in thedescription above.

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 30. An air management system comprising: (a) a plurality ofdistance separated air outflow vents or apertures located within acommon indoor room or space, wherein the plurality of air outflow ventsor apertures direct airflow from an airflow source in a downwardlydirection, the plurality of air outflow vents or apertures creating aplurality of downwardly blowing air curtains; and (b) a plurality of airsuction intakes for intaking or suctioning some air from the aircurtains into the plurality of air suction intakes, wherein theplurality of air suction intakes are disposed in the common indoor roomor space, wherein the plurality of downwardly blowing air suctionintakes are located below the plurality of air outflow vents, (c)wherein the plurality of air outflow vents or apertures and theplurality of air suction intakes are vertically offset from each othersuch that the plurality of air outflow vents are not located directlyabove the plurality of air suction intakes, (d) wherein the plurality ofdownwardly blowing are curtains are formed simultaneously; and (e)wherein the plurality of downwardly blowing are curtains are distanceseparated when first formed by the plurality of distance separated airoutflow vents or apertures.
 31. The air management system of claim 30,wherein a portion of one or more of the plurality of air outflow ventsor apertures is curved.
 32. The air management system of claim 30,wherein a portion of one or more of the plurality of air outflow ventsor apertures is straight.
 33. The air management system of claim 30,wherein a portion of one or more of the plurality of air outflow ventsor apertures is angled with respect to a ground or a floor of the commonindoor room or space.
 34. The air management system of claim 30, whereina portion of one or more of the plurality of air curtains is sloped withrespect to a ground or a floor of the common indoor room or space. 35.The air management system of claim 30, wherein a portion of one or moreof the plurality of air curtains flows alongside a plurality of heads orbodies of individuals seated within the common indoor room or space. 36.The air management system of claim 30, wherein a portion of one or moreof the plurality of air curtains influences a direction of exhaled airof a plurality of individuals within the common indoor room or space.37. The air management system of claim 30, wherein all or a portion ofair that moves through the plurality of air suction intakes movestowards an air filter or air sterilization system.
 38. The airmanagement system of claim 30, further comprising air flow in additionto the plurality of air curtains.
 39. An air management systemcomprising a plurality of distance separated air outflow vents orapertures located within a common indoor room or space, wherein theplurality of air outflow vents or apertures simultaneously form anddirect a plurality of air curtains blowing in a downwardly direction,wherein the plurality of air curtains blow in front of, alongside of,beside, or combinations thereof, a portion of heads and/or bodies of aplurality of individuals located below the air outflow vents orapertures, wherein the plurality of the air curtains are distanceseparated from one another when first formed, and wherein at least aportion of one or more of the plurality of air curtains is angledrelative to a ground or a floor of the common indoor room or space. 40.The air management system of claim 39, wherein a portion of one or moreof the plurality of air outflow vents or apertures is curved.
 41. Theair management system of claim 39, wherein a portion of one or more ofthe plurality of air outflow vents or apertures is straight.
 42. The airmanagement system of claim 39, wherein a portion of one or more of theplurality of air outflow vents or apertures is angled with respect tothe ground or the floor.
 43. The air management system of claim 39,wherein a portion of one or more of the plurality of air outflow ventsor apertures is curved in a vertical plane and appears straight orsubstantially straight when viewed from above or below.
 44. The airmanagement system of claim 39, wherein one or more of the plurality ofair outflow vents or apertures are elongated horizontally.
 45. The airmanagement system of claim 39, wherein a portion of one or more of theplurality of air curtains influences a direction of exhaled air of aplurality of individuals.
 46. The air management system of claim 39,wherein all or a portion of air that moves through the air suctionintakes moves towards an air filter or air sterilization system.
 47. Theair management system of claim 39, further comprising air flow inaddition to the plurality of air curtains.
 48. The air management systemof claim 39, wherein the common indoor room or space is that of anairplane, a train, an automobile, a bus, a vehicle, an office, arestaurant, a performing arts theater, a movie theater, an educationalroom, a classroom, a house of worship, or an elevator.
 49. An airmanagement system for an indoor room or space, the air management systemcomprising: (a) three or more air curtains within the indoor room orspace, the three or more air curtains formed by airflow from the threeor more air outflow vents or apertures, wherein the three or more aircurtains are simultaneously provided in a downward direction flowingalong a portion of heads and/or bodies of a plurality of individualswithin the indoor room or space, wherein the three or more air curtainsmeet the exhaled air of the plurality of individuals and influences atleast a portion of the exhaled air from the plurality of individuals ina downward direction; (b) a plurality of air suction intakes, whereinthe plurality of air suction intakes are vertically offset from thethree or more air outflow vents or apertures, and wherein the pluralityof air suction intakes pull at least a portion of air from the three ormore air curtains into and through the plurality of air suction intakes;and (c) a secondary source of air flow within the indoor room or spacewhich blows air within the indoor room or space, and wherein thesecondary source of air flow within the indoor room or space is inaddition to the three or more air curtains.
 50. The air managementsystem of claim 49, wherein a portion of one or more of the three ormore air outflow vents or apertures is curved.
 51. The air managementsystem of claim 49, wherein a portion of one or more of the plurality ofair outflow vents or apertures is straight.
 52. The air managementsystem of claim 49, wherein a portion of one or more of the plurality ofair outflow vents or apertures is angled with respect to a ground or afloor of the indoor room or space.
 53. The air management system ofclaim 49, wherein a portion of one or more of the three or more airoutflow vents or apertures is curved in a vertical plane and appearsstraight or substantially straight when viewed from above or below. 54.The air management system of claim 49, wherein one or more of the threeor more air outflow vents or apertures are elongated horizontally. 55.The air management system of claim 49, wherein the three or more the airoutflow vents or apertures shape the plurality of air curtains.
 56. Theair management system of claim 49, wherein the plurality of air curtainsare separated when first formed by the three or more air outflow ventsor apertures.
 57. The air management system of claim 49, wherein all ora portion of air that moves through the plurality of air suction intakesmoves towards an air filter or air sterilization system.
 58. The airmanagement system of claim 49, wherein the plurality of air suctionintakes are located below the three or more air outflow vents orapertures.
 59. The air management system of claim 49, wherein the indoorroom or space is that of an airplane, a train, an automobile, a bus, avehicle, an office, a restaurant, a performing arts theater, a movietheater, an educational room, a classroom, a house of worship, or anelevator.